Two threat models, one team
Technology companies carry a threat model most sectors do not. There is the ordinary one, where you are a business with an estate to defend. Then there is the one where you are a dependency: your code runs inside other people's systems, your platform holds their data, and your access into their environments is exactly what makes you worth attacking.
Those two demand different intelligence. The first needs the usual: what is being exploited, who is targeting companies like yours. The second needs something more specific and much harder to collect, which is early warning about the packages you pull, the vendors you embed, the CI/CD infrastructure you depend on, and the platforms your customers reach you through. That reporting is scattered across registry advisories, maintainer disclosures, research blogs and incident write-ups, and almost none of it lands in a security tool.
The team covering both is usually the same three people who also answer customer security questionnaires.
Why the sector needs its own view
A compromise here multiplies
The pattern is established and repeated: breach a software vendor, an identity provider or a remote management platform, and reach every downstream customer through a trusted channel. Attackers target technology companies precisely because the return is not one victim.
Your dependencies are an attack surface you did not write
Package registry compromise, typosquatted libraries, hijacked maintainer accounts and poisoned build steps have all moved from theoretical to routine. The reporting exists, it is fast-moving, and it lives in places most security teams do not monitor daily.
Your build pipeline is production
CI/CD systems, artefact registries and signing infrastructure hold credentials for everything downstream. Compromise there is quieter than compromise in production and considerably worse.
You are expected to respond publicly
When a vulnerability lands in something you ship, you are not just patching, you are publishing an advisory, briefing customers and answering questionnaires against a clock. Knowing about it before the first customer email arrives is the difference between running that process and reacting to it.
Your customers audit you continuously
SOC 2, ISO 27001, and the security questionnaire that arrives with every enterprise deal. Demonstrable threat monitoring is increasingly a named line rather than an assumed one.
What ThreatCluster does for a technology security team
Watch what you depend on
Track your package ecosystems, cloud providers, identity platforms, CI/CD tooling and embedded vendors as entities. Compromise reporting on any of them reaches you before your customers are asking about it.
Exploitation status for what you ship
Confirmed in-the-wild exploitation separated from the rest of the vulnerability queue, so your PSIRT process is triggered by evidence rather than by CVSS.
One record per incident
Density-based semantic clustering groups every source covering the same event into a single record with a sourced timeline, extracted entities, IOCs and ATT&CK mapping. Roughly 900 articles a day become around 70 clusters.
Built for developers, not just analysts
Full REST API, a command line client, and agent-accessible tooling. If your security team writes code, the intelligence goes where the code is rather than into another dashboard.
Evidence for the questionnaire
Dated, sourced records of maintained threat monitoring, exportable as reports you can attach to an audit response without rewriting.
Running in an afternoon
- Tell it what you run and what you ship. Dependencies, platforms, vendors, your own products.
- Pick how it reaches you. Digest, Slack, Teams, RSS or API.
- Wire it in. IOC exports to the SIEM, API into whatever you already built.
Hosted, outbound only, no agents, no telemetry ingested.
Evidence for what your customers ask you to prove
Technology companies are audited continuously by their own customers, and the frameworks increasingly name threat intelligence as a control rather than assuming it.
- SOC 2 and ISO 27001, including Annex A 5.7 on threat intelligence as a named control
- NIS2, which brings managed service providers, cloud providers and digital infrastructure in scope as essential or important entities
- The EU Cyber Resilience Act, where vulnerability handling and disclosure obligations apply to products with digital elements
- Customer security questionnaires, which increasingly ask the same questions in less structured form
ThreatCluster is the monitoring and evidence layer underneath these. It produces the dated, sourced record an auditor or a customer asks for.
Questions we get from technology buyers
“We already have Dependabot and Snyk.”
Different job. Those tell you which versions you are running and which have known CVEs. They do not tell you a maintainer account was hijacked last night, or that a vendor you embed has been breached, or that a CVE in your stack moved from advisory to active exploitation this morning.
“Our engineers will not use another dashboard.”
Then do not give them one. Full API, CLI and agent access, so intelligence lands in the tooling you already built rather than in a tab nobody opens.
“We are twelve people and half a security team.”
That is the profile the free tier is for. Set your dependency list and a daily digest, and you have covered the highest-consequence gap in about ten minutes.
“Is this not just a news feed?”
A news feed gives you forty articles about one incident. This gives you one record with the timeline, entities, indicators and technique mapping attached, filtered to things you actually depend on.
What we are tracking in the sector right now
Every incident on the technology entity page is drawn from live clustering: active clusters, associated threat groups, and the most recent reporting, updated continuously.
Technology threat intelligence FAQ
What is threat intelligence for technology companies?
Monitoring of the threats specific to software and platform businesses: compromise of dependencies and package registries, breaches at embedded vendors and identity providers, attacks on build and deployment infrastructure, and exploitation of vulnerabilities in products you ship or run.
Do you cover package and dependency compromise?
Reporting on registry compromise, malicious packages and maintainer account takeover is ingested and clustered alongside the rest. It complements a software composition analysis tool rather than replacing one.
Can I monitor my own vendors and providers?
Yes. Any organisation can be added as a tracked entity, and you are alerted when it appears in reporting or on a leak site.
Is there an API?
Yes, along with a CLI and agent tooling. See the developer documentation.
Is there a free version?
Yes, with no card required.
Know before your customers do
Free account, no card. Set your dependencies and vendors and see what a week of filtered reporting turns up.