Legal & Compliance

  • Fortinet FortiGate

    Fortinet FortiGate

    Fortinet FortiGate is a next-generation firewall platform that combines network security, VPN, intrusion prevention and application control into a single appliance. For Australian businesses managing complex network environments, FortiGate provides enterprise-grade protection without the operational complexity of managing multiple standalone security products. What makes FortiGate particularly relevant for growing organisations is its Security Fabric architecture — a framework that allows FortiGate firewalls to share threat intelligence and coordinate policy enforcement with other Fortinet products and third-party systems. This means your firewall is not operating in isolation; it is feeding and receiving intelligence from your entire security ecosystem, creating layered defences that respond to threats faster than individual point products. The FortiGate REST API and FortiManager centralised management platform open up significant automation possibilities. Firewall policy changes, VPN provisioning, threat log analysis and compliance reporting can all be driven programmatically — making FortiGate a practical foundation for automated security operations. Our consulting team helps organisations build these automated workflows, connecting FortiGate to broader IT operations platforms so security management scales with the business rather than requiring proportional headcount growth. FortiGate appliances are available in physical, virtual and cloud-native form factors, covering everything from small branch office deployments through to high-throughput data centre environments. The FortiGuard Labs threat intelligence service provides continuously updated signatures, URL filtering and application control databases that keep protection current against emerging threats.
  • Imperva WAF

    Imperva WAF

    Imperva WAF (Web Application Firewall) protects web applications, APIs and microservices from the full spectrum of application-layer attacks — from SQL injection and cross-site scripting through to sophisticated bot networks and DDoS campaigns. For Australian businesses running customer-facing web platforms, it provides a critical security layer that sits between your application and the internet, inspecting every request before it reaches your infrastructure. What sets Imperva apart from basic WAF solutions is its machine learning-driven threat detection engine. Rather than relying solely on static rule sets, the platform learns your application behaviour patterns and flags anomalies that signature-based systems miss. This is particularly relevant for organisations dealing with evolving attack vectors or running complex API ecosystems where traditional perimeter defences fall short. The real operational value emerges when Imperva WAF feeds into broader system integration workflows. Security events can trigger automated incident response — blocking suspicious IPs, alerting your SOC team, creating compliance audit trails and feeding threat data into your SIEM platform. Our consulting team helps organisations build these automated response pipelines so security events get handled in seconds rather than hours. Imperva offers both cloud-based and on-premises deployment options, with the cloud WAF providing rapid implementation for organisations that need protection quickly without significant infrastructure changes. The platform includes built-in compliance reporting for PCI-DSS, HIPAA and other frameworks relevant to Australian regulatory requirements.
  • AlienVault

    AlienVault

    AlienVault, now part of AT&T Cybersecurity, provides unified security management and threat intelligence capabilities that many Australian organisations rely on for their security operations. The platform combines SIEM (Security Information and Event Management), intrusion detection, vulnerability assessment and behavioural monitoring into a single console — reducing the need to manage half a dozen disconnected security tools. For businesses dealing with growing compliance obligations under frameworks like the Australian Privacy Act or Essential Eight, AlienVault offers built-in correlation rules and reporting templates that map directly to regulatory requirements. The open-source OSSIM version gives smaller teams a practical entry point, while USM Anywhere extends those capabilities with cloud-native deployment and managed threat intelligence feeds from the Open Threat Exchange (OTX) community. Where AlienVault becomes particularly valuable is in environments where security events need to flow into broader business workflows. By connecting AlienVault to platforms like n8n or custom middleware, organisations can automate incident triage, escalation and compliance reporting — turning raw security telemetry into actionable responses without manual intervention. Our AI consulting team regularly helps businesses build these automated security pipelines, drawing on real project experience like our insurance tech data pipeline work. The platform supports integration with a wide range of third-party tools through its REST API and plugin architecture, making it a practical foundation for organisations that want centralised visibility without ripping out existing security investments.
  • Cisco Secure Endpoint

    Cisco Secure Endpoint

    Cisco Secure Endpoint (formerly AMP for Endpoints) is a cloud-managed endpoint detection and response (EDR) platform that monitors file activity, process behaviour, and network connections across your organisation’s devices to detect and block threats. The n8n Cisco Secure Endpoint node lets you automate threat response, event retrieval, and endpoint management tasks that would otherwise require manual work in the Secure Endpoint console. Endpoint security is a volume problem. Every device in your organisation generates telemetry — file executions, network connections, process trees, and behavioural signals — all of which needs monitoring. When Cisco Secure Endpoint detects something suspicious, someone on your team has to review the event, assess the threat, investigate related indicators, and take action. For organisations with hundreds or thousands of endpoints, this manual process cannot keep pace with the alert volume. The n8n node automates the response chain. You can build workflows that pull new threat events from Cisco Secure Endpoint, enrich them with context from other security tools, automatically isolate compromised hosts, update internal tracking systems, and notify your response team — all within seconds of detection. The platform handles the heavy lifting while your analysts focus on genuine investigations. Osher Digital builds security automation and system integration workflows for Australian businesses using n8n. If your security team needs faster endpoint threat response or wants to reduce manual alert triage, our business automation team can connect Cisco Secure Endpoint to the rest of your security operations.
  • ZScaler ZIA

    ZScaler ZIA

    Zscaler ZIA (Zscaler Internet Access) is a cloud-native secure web gateway that inspects all internet traffic to enforce security policies, block threats, and prevent data loss — regardless of where your users are located. The n8n ZScaler ZIA node lets you automate URL categorisation lookups, policy management, and security reporting without manually logging into the ZIA admin portal. Traditional web security relied on on-premises proxy appliances that only worked when users were in the office. ZIA shifts that enforcement to the cloud, inspecting traffic from any location. But managing URL categories, investigating blocked requests, maintaining custom allow and block lists, and generating compliance reports still requires manual admin work — work that scales poorly as your organisation and policy complexity grow. With n8n and the ZIA node, you can build workflows that automatically update URL category overrides based on threat intelligence feeds, generate scheduled reports on blocked traffic and policy violations, investigate user-reported access issues by looking up URL classifications, and sync security policies across ZIA and other tools in your stack. The automation handles the repetitive administration while your security team focuses on policy decisions. Osher Digital helps Australian businesses automate security operations and system integrations using n8n. If your team manages Zscaler ZIA and wants to reduce manual policy administration or improve threat response times, our business automation specialists can build the workflows to make it happen.
  • VirusTotal

    VirusTotal

    VirusTotal is a threat intelligence service that analyses files, URLs, domains, and IP addresses for malicious content by scanning them against dozens of antivirus engines and security datasets simultaneously. The n8n VirusTotal node lets you automate these lookups within your workflows — turning manual “check this file” or “is this URL safe” tasks into instant, automated security checks. Security teams and IT departments deal with suspicious indicators constantly. Someone reports a phishing email, a monitoring tool flags an unusual domain, or a file download triggers an alert. The standard response is to manually copy the indicator into VirusTotal’s web interface, wait for results, and decide what to do. That process works for one-off checks but falls apart when you are handling dozens of alerts per day. The n8n VirusTotal node automates the entire lookup and response chain. You can build workflows that automatically scan email attachments against VirusTotal, check URLs extracted from support tickets, enrich SIEM alerts with multi-engine scan results, and quarantine files that exceed a detection threshold — all without manual intervention. The results feed directly into your next workflow step. Osher Digital builds security automation and automated data processing workflows for Australian businesses. If your team needs faster, more consistent threat checking across files, URLs, and indicators, our systems integration specialists can wire VirusTotal into your security stack using n8n.
  • Okta

    Okta is a cloud identity platform that handles authentication, single sign-on (SSO), and user lifecycle management for organisations of all sizes. The n8n Okta node lets you automate user provisioning, deprovisioning, group management, and access control workflows — removing the manual identity administration that slows down IT teams and creates security gaps. Every organisation deals with the same identity management challenge: people join, change roles, and leave, and each of those events requires changes across multiple systems. A new starter needs an Okta account, group memberships, and application assignments. A role change might require new permissions and removal of old ones. A departure needs immediate access revocation across everything. Doing this manually is slow, inconsistent, and a compliance risk. The n8n Okta node automates these lifecycle events. You can build workflows that create users when your HR system flags a new hire, assign them to the right groups and applications based on their role, update permissions when they transfer teams, and deactivate their account the moment they leave. Combined with n8n nodes for Slack, Google Workspace, and your other SaaS tools, you get end-to-end identity automation. Osher Digital helps Australian businesses automate identity management and system integrations using n8n. If your IT team spends too much time on manual user administration or you need tighter compliance controls around access management, our process automation team can build the workflows you need.
  • QRadar

    QRadar

    QRadar is IBM’s security information and event management (SIEM) platform that collects, correlates, and analyses security data from across your IT infrastructure. The n8n QRadar node connects your SIEM data to automated workflows — letting you pull offences, search events, manage reference sets, and trigger response actions without manually navigating the QRadar console. SIEM platforms generate an overwhelming volume of security events. QRadar does an excellent job correlating those events into actionable offences, but the steps between detecting an offence and responding to it are still largely manual in most organisations. An analyst sees the alert, opens QRadar, investigates the details, copies indicators into other tools, creates a ticket, and notifies the team. Each of those steps takes time that matters during an active incident. The n8n QRadar node automates those manual steps. You can build workflows that pull new offences on a schedule or via webhook, enrich them with external threat intelligence, create investigation tickets automatically, notify the right team members, and even trigger containment actions in other security tools — all within seconds of the offence being created. Osher Digital builds security automation and system integration workflows for Australian businesses. If your SOC team is spending too much time on manual triage and wants to accelerate incident response with n8n and QRadar, our business automation team can design and implement the right workflows for your security operations.
  • Carbon Black

    Carbon Black

    Carbon Black is an endpoint security platform from Broadcom (formerly VMware) that provides threat detection, investigation, and response capabilities across your organisation’s devices. The n8n Carbon Black node connects this endpoint telemetry to your automated workflows — enabling security teams to respond to threats faster by removing the manual steps between detection and action. Endpoint security generates enormous volumes of data. Every process execution, network connection, file modification, and registry change on every managed device creates telemetry that needs monitoring. Security teams cannot manually review all of it, which is exactly why automated workflows matter. The Carbon Black node lets you pull alerts, query device status, isolate compromised endpoints, and retrieve investigation data without leaving your workflow engine. Practical use cases include automated alert enrichment (pulling Carbon Black alert details and combining them with other threat intelligence), endpoint isolation workflows that quarantine compromised machines the moment a critical alert fires, and compliance reporting that aggregates endpoint health data on a schedule. When seconds matter during an active incident, having these responses automated rather than manual can be the difference between containment and breach. Osher Digital builds security automation workflows for Australian businesses using n8n. If your team needs faster incident response or wants to automate routine endpoint security operations, our systems integration and business automation specialists can connect Carbon Black to your broader security operations.
  • Microsoft Entra ID (Azure Active Directory)

    Microsoft Entra ID (Azure Active Directory)

    Microsoft Entra ID (formerly Azure Active Directory) is the identity and access management platform that underpins most enterprise Microsoft environments. The n8n Entra ID node lets you automate user provisioning, group management, licence assignments, and access control workflows — replacing manual admin tasks that eat into IT team capacity every single day. Managing identities at scale is one of those problems that grows quietly until it becomes unmanageable. New starters need accounts created across multiple systems. Leavers need access revoked promptly for security compliance. Group memberships change as people move between teams. Doing this manually is slow, error-prone, and a genuine security risk when offboarding gets delayed. With n8n and the Entra ID node, you can build workflows that trigger on HR system events — like a new hire record in BambooHR or a termination in your HRIS — and automatically create, update, or disable Entra ID accounts. Combine it with nodes for Slack, Google Workspace, or Jira to handle the full onboarding and offboarding chain in one automated sequence. Osher Digital helps Australian businesses automate identity management and system integrations using n8n. If your IT team is drowning in manual user provisioning or you need tighter offboarding controls for compliance, our business automation team can build it properly.
  • Recorded Future

    Recorded Future

    Recorded Future is a threat intelligence platform that aggregates and analyses data from across the open, deep, and dark web to identify cybersecurity threats before they reach your organisation. The n8n Recorded Future node lets you pull threat intelligence data directly into automated workflows — turning raw threat feeds into actionable alerts, enriched incident reports, and automated response actions. Security teams are drowning in data. Vulnerability disclosures, malware indicators, compromised credentials, and threat actor activity reports pour in from dozens of sources. Without automation, analysts spend most of their time collecting and correlating information rather than actually responding to threats. The Recorded Future node changes that dynamic by feeding curated intelligence straight into your workflow engine. In practice, this node powers workflows that enrich security alerts with threat context, automatically flag high-risk indicators of compromise (IOCs), cross-reference internal logs against known threat actors, and generate prioritised reports for your security operations centre. Combined with other n8n nodes for Slack, email, or ticketing systems, you can build end-to-end threat response pipelines. Osher Digital helps Australian businesses build automated data processing and security intelligence workflows using n8n. If your security team needs faster threat detection and response, our systems integration specialists can connect Recorded Future to your existing security stack.
  • Cisco Umbrella

    Cisco Umbrella

    Cisco Umbrella is a cloud-delivered security platform that provides DNS-layer protection, secure web gateway capabilities, and threat intelligence across your network. The n8n Cisco Umbrella node lets you automate DNS security operations — managing domain block lists, investigating DNS activity, and responding to threats without manual intervention in the Umbrella dashboard. DNS is the first step in almost every internet connection, which makes it an ideal enforcement point for security. Cisco Umbrella inspects DNS requests before they resolve, blocking connections to known malicious domains, phishing sites, and command-and-control servers. But managing policies, investigating blocked requests, and maintaining custom block lists manually takes time that security teams rarely have. With n8n, you can build workflows that automatically add newly discovered malicious domains to your Umbrella block lists, pull DNS activity reports on a schedule, investigate suspicious domains flagged by other security tools, and generate compliance reports showing blocked threat categories. It integrates cleanly with the rest of your security stack through n8n’s node ecosystem. Osher Digital helps Australian businesses automate their security operations with n8n. Whether you need DNS security policy management, automated data processing for security logs, or end-to-end system integrations across your security stack, our team builds workflows that keep your defences current without constant manual effort.
  • TOTP

    The TOTP (Time-based One-Time Password) node in n8n generates and validates time-based authentication codes within your workflows. TOTP is the same technology behind authenticator apps like Google Authenticator and Authy — it produces a short-lived numeric code that changes every 30 seconds, tied to a shared secret key. This node lets you incorporate that security mechanism directly into your automation pipelines. The most common use case is automated authentication with services that require two-factor authentication (2FA). If your workflow needs to log into a system that demands a TOTP code, this node generates that code programmatically, eliminating the need for someone to manually open an authenticator app and type in numbers. This is essential for unattended automation that interacts with secured APIs or portals. For businesses concerned about system integration security, the TOTP node also enables you to build your own 2FA verification flows. You can generate TOTP secrets for users, validate codes they submit, and enforce time-based authentication as part of custom approval workflows or secure form submissions. Security and compliance are non-negotiable for industries like finance, healthcare, and legal services. If your automation workflows need to interact with secured systems or you want to add 2FA to your internal processes, our consulting team can help you design workflows that meet your compliance requirements without creating manual bottlenecks.
  • Ldap

    Ldap

    LDAP (Lightweight Directory Access Protocol) is an n8n node that connects workflows to directory services like Microsoft Active Directory and OpenLDAP. It lets you query, create, update, and manage user accounts, groups, and organisational units directly from your automated workflows — without touching the directory manually. For IT teams and organisations with complex user management requirements, the LDAP node solves a real pain point. Employee onboarding, offboarding, permission changes, and compliance audits all involve directory updates that are tedious and error-prone when done by hand. Automating these through n8n means faster provisioning and fewer mistakes. At Osher Digital, we’ve implemented LDAP integrations for clients who need to keep their directory services in sync with HR systems, ticketing platforms, and access management tools. A common pattern is connecting BambooHR or similar HR platforms to Active Directory via n8n — when a new employee record is created, the workflow automatically provisions their AD account, adds them to the right groups, and triggers downstream access provisioning. Our RPA team handles the full implementation.
  • LoneScale Trigger

    LoneScale Trigger

    LoneScale Trigger is an n8n node that fires workflows automatically when specific events occur in LoneScale — a sales intelligence platform that tracks job changes, hiring signals, and buying intent across target accounts. When a prospect changes roles, a company starts hiring for relevant positions, or a key contact joins a new organisation, the LoneScale Trigger kicks off your automation. For sales and recruitment teams, this is a practical way to act on signals that would otherwise get buried in dashboards. Instead of manually checking LoneScale each morning, the trigger pushes relevant events directly into your CRM, Slack channels, or outreach sequences. The result is faster response times and fewer missed opportunities. Our sales automation team at Osher Digital has integrated LoneScale Trigger into workflows for clients in recruitment and B2B sales. One common setup routes job-change alerts into HubSpot as new tasks, so sales reps get notified the moment a past customer lands at a new company. Combined with our AI agent development work, we can even draft personalised outreach based on the trigger data, ready for human review before sending.
  • JWT

    JWT

    The JWT node in n8n handles JSON Web Token operations — creating, signing, decoding, and verifying JWTs within your automation workflows. If your systems use token-based authentication (and most modern APIs do), this node lets you generate and validate tokens without writing custom code or maintaining separate authentication microservices. JWTs are the backbone of secure API communication. They carry encoded claims about a user or system, signed with a secret or key pair so the receiving party can verify authenticity. The JWT node brings this capability directly into n8n, which means your workflows can authenticate with external APIs that expect bearer tokens, generate tokens for webhooks you expose, or validate incoming tokens from third-party systems. For Australian businesses managing system integrations across multiple platforms, the JWT node solves a common pain point: how to handle authentication between systems that do not share a native integration. Need to call a partner API that requires a signed JWT? Generate it on the fly. Building a webhook endpoint that should only accept requests from verified senders? Validate the incoming token before processing the payload. Connecting a legacy system that uses custom JWT claims? Decode and extract what you need. The node supports HMAC (HS256, HS384, HS512) and RSA (RS256, RS384, RS512) signing algorithms, covering the vast majority of real-world JWT requirements. It handles both symmetric and asymmetric key scenarios, so whether you are working with shared secrets or public/private key pairs, the node has you covered. Combined with n8n’s credential management, your signing keys stay secure and separate from your workflow logic.
  • AWS Bedrock Chat Model

    AWS Bedrock Chat Model

    The AWS Bedrock Chat Model node connects your n8n workflows to Amazon’s managed AI model service. Instead of running your own inference infrastructure, you call models from Anthropic, Meta, Mistral, and Amazon directly through the Bedrock API. The node handles authentication, request formatting, and response parsing so you can focus on what the model actually does inside your automation pipeline. Bedrock is the go-to choice for organisations that already run infrastructure on AWS or have strict data residency requirements. Your prompts and responses stay within your chosen AWS region, which matters for regulated industries like finance, healthcare, and government. We helped an Australian healthcare organisation use Bedrock-hosted models for document classification precisely because the data never left the ap-southeast-2 region. In n8n, the Bedrock Chat Model node plugs into any workflow that needs language understanding or generation. Pair it with a Chat Trigger for conversational agents, chain it with document loaders for retrieval-augmented generation, or use it standalone for tasks like summarisation, extraction, or content drafting. You choose which foundation model to call — Claude, Llama, or Mistral — and configure parameters like temperature and token limits per node. If your team needs to deploy AI capabilities within AWS guardrails, our custom AI development practice can architect a solution that meets your compliance and performance requirements.
  • Venafi TLS Protect Datacenter

    Venafi TLS Protect Datacenter

    Venafi TLS Protect Datacenter manages the lifecycle of TLS/SSL certificates across your infrastructure — discovery, issuance, renewal, and revocation. The n8n node lets you automate certificate operations, pulling certificate details, requesting new certificates, and triggering renewal workflows programmatically instead of manually tracking expiry dates in spreadsheets. Certificate management is one of those things that works fine until it does not. An expired certificate takes down a production service, and suddenly your team is scrambling at 2 AM. Automating the lifecycle through n8n means you can build workflows that check expiry dates weeks in advance, request renewals automatically, deploy the new certificates to your servers, and notify the security team — all without someone remembering to check a dashboard. For organisations with compliance requirements, the audit trail matters as much as the automation. n8n workflows can log every certificate action to your SIEM or compliance platform, creating a verifiable record of who requested what and when it was issued. We have helped clients in regulated industries build similar compliance-integrated automation that satisfies auditors without slowing down operations. If your infrastructure team is managing certificates manually or you have had outages caused by expired certs, automating through Venafi and n8n removes human error from the equation. Our custom development team can build certificate lifecycle workflows tailored to your infrastructure and compliance needs.
  • AWS Certificate Manager

    AWS Certificate Manager

    AWS Certificate Manager (ACM) is Amazon’s managed service for provisioning, managing, and deploying TLS/SSL certificates used with AWS services and internal resources. ACM handles certificate issuance and automatic renewal for certificates attached to Elastic Load Balancers, CloudFront distributions, API Gateway endpoints, and other AWS services — removing the operational burden of manual certificate management. DevOps engineers, cloud architects, and infrastructure teams use ACM to secure their AWS-hosted applications without worrying about certificate expiry or renewal logistics. Public certificates issued through ACM are free, and the automatic renewal feature eliminates one of the most common causes of production outages — forgotten certificate renewals. Osher integrates AWS Certificate Manager into broader infrastructure and compliance workflows using n8n. We build automations that monitor certificate status across your AWS accounts, alert teams when manual intervention is required (such as DNS validation for new certificates), and log certificate lifecycle events into compliance dashboards. This is especially valuable for organisations managing certificates across multiple AWS accounts or regions. Learn more about our system integration services or explore our custom development capabilities.
  • Venafi TLS Protect Cloud

    Venafi TLS Protect Cloud

    Venafi TLS Protect Cloud is a certificate lifecycle management platform that gives security and DevOps teams visibility and control over their TLS/SSL certificates across cloud, hybrid, and on-premise environments. It automates the discovery, issuance, renewal, and revocation of certificates — reducing the risk of outages caused by expired certificates and the security gaps that come from unmanaged cryptographic assets. Infrastructure teams, security engineers, and compliance officers rely on Venafi TLS Protect Cloud to maintain an accurate certificate inventory, enforce policy compliance, and automate renewal workflows before certificates expire. With the shift toward shorter certificate lifespans and zero-trust architectures, manual certificate management simply does not scale. Osher integrates Venafi TLS Protect Cloud into operational workflows using n8n, connecting certificate events to alerting systems, ticketing platforms, and compliance dashboards. When a certificate is nearing expiry, when a policy violation is detected, or when a new certificate is issued, automated workflows ensure the right people are notified and the right actions are taken without delay. Learn more about our AI agent development capabilities or explore our system integration services.
  • SecurityScorecard

    SecurityScorecard

    SecurityScorecard provides continuous, non-intrusive security monitoring that rates organisations on their cybersecurity posture using an A-to-F grading system. It analyses external-facing signals — from DNS health and patching cadence to network security and endpoint protection — giving businesses a clear picture of their own risk profile and that of their vendors, partners, and supply chain. Security and compliance teams use SecurityScorecard to manage third-party risk, meet regulatory requirements, and benchmark their defences against industry peers. The platform is particularly valuable for organisations operating under frameworks like ISO 27001, SOC 2, or the Australian Privacy Act, where demonstrating due diligence over vendor security is a growing expectation. At Osher, we integrate SecurityScorecard into automated compliance and risk-monitoring workflows using n8n. Rather than relying on manual checks, we connect SecurityScorecard’s API to internal dashboards, alerting systems, and reporting pipelines — so your team is notified the moment a vendor’s score drops or a new vulnerability surfaces. This turns reactive security reviews into proactive, always-on oversight. Learn more about our automated data processing capabilities or explore how we’ve helped clients streamline compliance in our medical document classification case study.
  • Venafi TLS Protect Cloud Trigger

    Venafi TLS Protect Cloud Trigger

    Venafi TLS Protect Cloud Trigger is a workflow automation node that monitors Venafi’s cloud-based TLS certificate management platform for certificate lifecycle events. When certificates are issued, renewed, revoked, or approach expiration, the trigger fires and initiates an automated workflow. If your organisation manages TLS certificates across multiple domains and services, this trigger turns certificate events into automated actions that keep your security posture tight. Venafi TLS Protect Cloud is used by IT security teams, DevOps engineers, and compliance officers in organisations that manage large certificate estates. Financial services, healthcare, government, and any industry with strict compliance requirements relies on tools like Venafi to prevent certificate-related outages and security gaps. Manual certificate management at scale is a recipe for missed renewals and downtime — automation eliminates that risk. At Osher, we integrate Venafi TLS Protect Cloud Trigger into n8n workflows that connect certificate events to your IT operations. For example, when a certificate nears expiration, the workflow can create a Jira ticket, notify the responsible team via Slack, and log the event in your compliance tracking system — all automatically. This kind of event-driven security automation reduces the chance of expired certificates causing service outages. If your team is manually tracking certificate renewals or struggling to maintain visibility across your certificate estate, our system integration and custom development teams can build automated workflows that keep your certificates — and your compliance — under control.
  • Splunk

    Splunk

    Splunk is a data platform for searching, monitoring, and analysing machine-generated data at scale. It ingests logs, metrics, and event data from servers, applications, network devices, and cloud services, then makes that data searchable and actionable through dashboards, alerts, and reports. IT operations teams, security analysts, and compliance officers use Splunk to monitor infrastructure health, investigate security incidents, and meet regulatory reporting requirements. It is a standard tool in enterprises that need to make sense of large volumes of operational data. Osher connects Splunk to your wider business systems using n8n workflows. Instead of Splunk alerts sitting in a dashboard that someone has to check, we route critical events to the right team via Slack, create incident tickets automatically, and feed Splunk data into reporting pipelines. For organisations dealing with compliance requirements, our automated data processing services ensure Splunk data flows into audit-ready formats without manual handling. If your Splunk deployment generates more alerts than your team can act on, reach out and we will help you build smarter workflows around it.
  • AWS Textract

    AWS Textract

    AWS Textract is a machine learning service from Amazon that extracts text, tables, forms, and structured data from scanned documents and images. Unlike basic OCR tools that only read text line by line, Textract understands document structure — it identifies form fields and their values, extracts table rows and columns, and recognises the relationships between labels and data. This makes it practical for processing invoices, contracts, tax forms, medical records, and any document where structure matters as much as content. The value of Textract multiplies when it is connected to automated workflows. Instead of someone manually entering data from paper forms or PDFs into a system, Textract reads the document, extracts the relevant fields, and passes structured data directly into your database, CRM, or accounting platform. For businesses processing hundreds or thousands of documents per month, this eliminates a significant manual workload and reduces data entry errors. Osher builds document processing pipelines using AWS Textract as part of our automated data processing services. We have delivered similar work for clients in healthcare and insurance — see our medical document classification case study for an example of how AI-powered document processing works in practice. If your team spends time manually extracting data from documents, get in touch to discuss an automated Textract pipeline.
  • urlscan.io

    urlscan.io

    urlscan.io is a web security service that scans and analyses URLs for malicious content, phishing attempts, and suspicious behaviour. When you submit a URL, urlscan.io loads the page in a sandboxed browser, captures a screenshot, records all HTTP transactions, and analyses the DOM, JavaScript, and network requests. The result is a detailed report showing exactly what a URL does when visited. Integrating urlscan.io with n8n lets you automate URL security checks as part of a broader workflow. You can scan URLs extracted from incoming emails before employees click them, automatically check links submitted through web forms, or build a phishing detection pipeline that scans suspicious URLs and alerts your security team when threats are identified. Practical use cases include scanning all URLs in inbound customer emails for phishing before they reach support agents, checking URLs submitted through contact forms for malicious content, and running periodic scans of URLs found in your web application logs to detect compromised links. For Australian businesses subject to data protection and cybersecurity obligations, automated URL scanning adds a practical layer of defence without requiring manual review of every link. At Osher, we build security automation workflows that connect scanning tools with notification and response systems. Our BOM data pipeline project demonstrated how automated data validation and processing can protect downstream systems from bad data. If your organisation handles sensitive data and wants to automate parts of your security workflow, our system integration services can connect urlscan.io with your email, chat, and alerting tools. Contact our AI consulting team to discuss your security automation needs.
  • Google Workspace Admin

    Google Workspace Admin

    Google Workspace Admin is the management console for organisations using Google Workspace (formerly G Suite). It provides centralised control over user accounts, security policies, device management, and application settings across your entire organisation. Admins use it to create and manage user accounts, set up groups, configure security rules, and control which apps and services employees can access. Managing a growing Google Workspace environment manually becomes unsustainable quickly. Onboarding a new employee means creating accounts, assigning licences, adding them to the right groups, setting up email aliases, and configuring app access. When someone leaves, all of that needs to be reversed. Multiply that by dozens of hires and departures each year and admin tasks eat up serious time. At Osher, we automate Google Workspace administration through our robotic process automation practice. We build workflows that trigger from your HR system: when a new hire is added, their Google Workspace account is automatically provisioned with the correct groups, licences, calendar sharing, and drive folder access. When someone is terminated, their account is suspended, data is transferred to their manager, and access is revoked across all connected systems. Beyond user lifecycle management, we automate compliance tasks like licence auditing, security policy enforcement, and usage reporting so IT teams can focus on strategic work rather than repetitive admin.
  • Cortex

    Cortex

    Cortex is an open-source platform for deploying, managing, and scaling machine learning models in production. It handles the infrastructure complexity of serving ML models as APIs, so data teams can focus on building rather than wrestling with Kubernetes configs and autoscaling policies. Organisations use Cortex when they need reliable, low-latency predictions from trained models without dedicating engineering resources to infrastructure management. Common use cases include real-time recommendation engines, fraud detection pipelines, and natural language processing services that need to scale with demand. At Osher, we connect Cortex deployments into broader automation workflows. A typical integration might route incoming data through preprocessing steps, send it to a Cortex-hosted model for inference, then push predictions into downstream systems like CRMs, dashboards, or alerting tools. Our AI agent development team builds these end-to-end pipelines so your ML models actually deliver business value rather than sitting idle in a notebook. We handle the full setup: configuring model endpoints, setting up monitoring for prediction drift, and building the data plumbing that connects your models to the rest of your tech stack.
  • Stop and Error

    The Stop and Error node in n8n deliberately halts a workflow execution and returns a custom error message. You place it at the end of a conditional branch where the workflow should not continue, and it stops processing with an error type (either “Error” to mark the execution as failed, or “Warning” for a softer stop). The error message you define appears in the n8n execution log and can be picked up by error workflows for notifications or logging. This node exists because real-world automation needs guardrails. Not every execution should run to completion. If input data is missing a required field, if an API returns unexpected values, if a record doesn’t meet business rules, or if a process reaches a state that needs human review, the workflow should stop and tell someone why. Without explicit error handling, workflows can silently produce wrong results or push bad data downstream. At Osher, we include Stop and Error nodes in every production workflow we build. They’re part of our standard business automation practice: validate inputs, check conditions, and fail loudly when something is wrong rather than letting bad data propagate. We pair these with n8n’s error workflow feature so that failures trigger Slack alerts or email notifications to the responsible team. Our n8n consultants treat error handling as a core part of workflow design, not an afterthought.
  • IPInfo integrations

    IPInfo integrations

    IPinfo is an IP address intelligence service that provides geolocation, company, carrier, privacy detection, and ASN (Autonomous System Number) data for any IP address. Businesses use it to understand where their website visitors or API consumers are located, detect VPN and proxy usage, identify the organisations behind IP traffic, and enforce location-based compliance rules. The common problem: you have IP addresses in your logs, analytics, or application data, but no way to turn those addresses into actionable information. IPinfo’s API takes an IP address and returns structured data including city, region, country, company name, whether it’s a VPN or hosting provider, and the network it belongs to. This data feeds into fraud detection, content personalisation, compliance checks, and traffic analysis. At Osher, we integrate IPinfo into n8n workflows that need IP-based decision-making. For example, a lead qualification workflow might check whether a form submission came from a corporate IP (genuine lead) or a VPN exit node (potentially low quality). A compliance workflow might verify that user access originates from approved geographic regions. We build these kinds of automated data processing pipelines and system integrations for clients across industries including insurance, finance, and SaaS. If you need to enrich IP address data in your workflows or add geographic intelligence to your automation, talk to our team about integrating IPinfo.
  • Cryptolens

    Cryptolens

    Cryptolens is a software licensing platform that lets developers add licence key validation, feature gating, usage tracking, and subscription management to their applications. It provides APIs and SDKs for .NET, Python, Java, C++, and other languages, so you can enforce licensing rules directly in your software without building a custom system. The problem Cryptolens solves is licence enforcement. Software companies that sell desktop applications, plugins, APIs, or on-premises tools need a way to verify that users have valid licences, restrict access to paid features, and track usage for billing. Building this from scratch is time-consuming and error-prone. Cryptolens handles key generation, validation, activation limits, expiry dates, and feature flags through a managed API. At Osher, we integrate Cryptolens into client applications and connect it to business systems as part of our system integration and custom development work. A typical project connects Cryptolens to a payment system (Stripe, Paddle) so that licence keys are generated automatically on purchase, activated when the user installs the software, and deactivated when a subscription lapses. We also build dashboards that pull usage analytics from Cryptolens for product and sales teams. Cryptolens is built for software vendors, ISVs, and development teams that distribute commercial software and need reliable licence management without building and maintaining their own licensing infrastructure.
  • Signaturit

    Signaturit

    Signaturit is a digital signature and electronic document platform that lets businesses send, sign, and manage contracts and agreements online. It covers the full lifecycle of document signing — from sending a contract for signature to tracking who has signed, sending reminders to those who haven’t, and securely storing the completed documents with a full audit trail. For businesses dealing with contracts, onboarding paperwork, or compliance documents, the bottleneck is rarely the signing itself. It’s everything around it: generating the document from CRM data, routing it to the right person for review, chasing signatures, and then filing the completed document back into the correct system. When these steps are manual, contracts sit in inboxes for days and signed documents end up scattered across email threads and shared drives. We integrate Signaturit with your CRM, document management, and business process automation tools using n8n. When a deal reaches a certain stage in your CRM, the contract can be auto-generated and sent for signature through Signaturit. When the document is signed, it’s filed automatically and the next step in your workflow triggers — whether that’s onboarding, invoicing, or notifying the relevant team. The result is fewer delays, no lost documents, and a clear audit trail for compliance.
  • SignRequest

    SignRequest

    SignRequest is a digital document signing platform that lets you send contracts, agreements, and forms for legally binding electronic signatures. It removes the printing, scanning, and posting loop from document workflows and gives you an audit trail showing exactly who signed what and when. SignRequest supports multiple signers, signing order sequences, and document templates for contracts you send repeatedly. It integrates with Google Drive, Slack, and common business tools, and has an API for building signing workflows into your own applications or automation platforms like n8n. For businesses that process a high volume of contracts, onboarding documents, or approval forms, connecting SignRequest to your existing systems eliminates the manual chasing and status checking that slows things down. If you want to automate document routing so the right contracts go to the right people at the right time, our business automation team can help you build that workflow.
  • Qualys

    Qualys

    Qualys is a cloud-based security and compliance platform that scans your IT infrastructure for vulnerabilities, misconfigurations, and compliance gaps. It covers on-premises servers, cloud instances, containers, and web applications from a single console, giving security teams a consolidated view of risk across their entire environment. The challenge Qualys addresses is that vulnerability data on its own is not actionable. Security teams get thousands of scan findings but struggle to prioritise which ones to fix first, route the right tickets to the right teams, and track remediation progress. That gap between “scan complete” and “vulnerability fixed” is where automation makes the biggest difference. The Qualys node in n8n lets you pull vulnerability scan results, asset inventories, and compliance data into automated workflows. You can build workflows that automatically create Jira tickets for critical vulnerabilities, send Slack alerts when new high-severity findings appear, enrich scan data with asset ownership from your CMDB, or generate compliance reports on a schedule. If your security operations involve manual handoffs between Qualys and your ticketing or notification systems, our automated data processing services can help close that gap.
  • Elastic Security

    Elastic Security

    Elastic Security is a security platform built on the Elastic Stack (Elasticsearch, Kibana, Beats, and Logstash). It combines SIEM (Security Information and Event Management) capabilities with endpoint detection and response (EDR) in a single platform. Security teams use it to ingest logs from across their infrastructure, detect threats using pre-built and custom detection rules, and investigate incidents through Kibana’s timeline and analysis tools. The platform ships with hundreds of pre-built detection rules mapped to the MITRE ATT&CK framework, covering common attack techniques across Windows, Linux, macOS, and cloud environments. The Elastic Agent can be deployed on endpoints to provide real-time threat prevention, file integrity monitoring, and process-level visibility. For cloud environments, it integrates with AWS CloudTrail, Azure Activity Logs, GCP Audit Logs, and Kubernetes audit events. For Australian businesses managing security across multiple systems, Elastic Security solves the problem of log data sitting in silos. By centralising security events into Elasticsearch, your team gets a single search interface across firewalls, endpoints, cloud services, and applications. The Elastic Security API also makes it possible to trigger automated responses when threats are detected. Using n8n, you can build workflows that create tickets in Jira, send alerts to Slack, or isolate compromised endpoints when a detection rule fires. If you need help setting up security log ingestion and automated response workflows, our system integration services can design that pipeline.
  • Bitwarden

    Bitwarden

    Bitwarden is an open-source password manager that stores login credentials, credit card details, secure notes, and identity information in an encrypted vault. It uses AES-256 encryption with PBKDF2-SHA256 key derivation, and all encryption happens client-side before data reaches Bitwarden’s servers. The platform offers apps for Windows, macOS, Linux, iOS, Android, and browser extensions for Chrome, Firefox, Safari, and Edge. For businesses, Bitwarden provides organisation vaults where teams can share credentials securely with role-based access controls. It supports SSO integration with SAML 2.0 and OpenID Connect, directory sync with Azure AD, Okta, and LDAP, and enforced two-factor authentication policies. Organisations that need full control over their data can self-host Bitwarden on their own infrastructure. Where Bitwarden fits into automation is credential lifecycle management. When an employee joins or leaves, their access to shared vaults needs updating. Using the Bitwarden CLI or API, you can automate user provisioning and deprovisioning as part of your onboarding workflows. For teams managing shared credentials across client projects or infrastructure, connecting Bitwarden to your HR and IT systems through business automation workflows means one less manual process to forget.
  • MISP

    MISP

    MISP (Malware Information Sharing Platform and Threat Sharing) is an open-source threat intelligence platform used by security teams to collect, store, correlate, and share indicators of compromise (IoCs) and threat intelligence data. Security operations centres, incident response teams, and government CERTs use MISP to coordinate threat information between organisations and automate threat detection across their security tools. The n8n MISP node connects your threat intelligence workflows to the rest of your security and IT operations stack. When new threat indicators are added to MISP — malicious IP addresses, file hashes, domain names, or email addresses — n8n can automatically push them to your firewall rules, SIEM platform, or endpoint detection tools. When an incident is created, n8n can pull related indicators from MISP and enrich them with data from other threat intelligence feeds. This matters because threat intelligence is only useful if it actually reaches your defensive tools quickly. Manually exporting indicators from MISP and importing them into your SIEM or firewall is slow and error-prone. n8n automates that distribution, reducing the time between threat identification and defensive action from hours to seconds. If your security team runs MISP and needs to automate indicator distribution, incident enrichment, or cross-platform threat intelligence sharing, our systems integration team can build the workflows that connect MISP to your security infrastructure.