Development
Delivery Models
USA1601 Market Street, 19th Floor, Philadelphia, PA 19103
USA112 Capitol Trail Suite A278, Newark, DE , 19711
PolandMuchoborska 8, budynek b1, 1 pietro, Wrocław, 54-424
EstoniaNarva mnt 5, Tallinn, 10117
UkraineHeroiv UPA 72, Lviv, 79018
USA1601 Market Street, 19th Floor, Philadelphia, PA 19103
USA112 Capitol Trail Suite A278, Newark, DE , 19711
PolandMuchoborska 8, budynek b1, 1 pietro, Wrocław, 54-424
EstoniaNarva mnt 5, Tallinn, 10117
UkraineHeroiv UPA 72, Lviv, 79018
USA1601 Market Street, 19th Floor, Philadelphia, PA 19103
USA112 Capitol Trail Suite A278, Newark, DE , 19711
PolandMuchoborska 8, budynek b1, 1 pietro, Wrocław, 54-424
EstoniaNarva mnt 5, Tallinn, 10117
UkraineHeroiv UPA 72, Lviv, 79018
USA1601 Market Street, 19th Floor, Philadelphia, PA 19103
USA112 Capitol Trail Suite A278, Newark, DE , 19711
PolandMuchoborska 8, budynek b1, 1 pietro, Wrocław, 54-424
EstoniaNarva mnt 5, Tallinn, 10117
UkraineHeroiv UPA 72, Lviv, 79018
USA1601 Market Street, 19th Floor, Philadelphia, PA 19103
USA112 Capitol Trail Suite A278, Newark, DE , 19711
PolandMuchoborska 8, budynek b1, 1 pietro, Wrocław, 54-424
EstoniaNarva mnt 5, Tallinn, 10117
UkraineHeroiv UPA 72, Lviv, 79018
USA1601 Market Street, 19th Floor, Philadelphia, PA 19103
USA112 Capitol Trail Suite A278, Newark, DE , 19711
PolandMuchoborska 8, budynek b1, 1 pietro, Wrocław, 54-424
EstoniaNarva mnt 5, Tallinn, 10117
UkraineHeroiv UPA 72, Lviv, 79018
AI-powered agentic security platform protecting the entire API lifecycle
Our client is a cybersecurity company behind one of the leading agentic security platforms, mapping every agent, MCP server, and API in an environment so teams can see what their agents are doing and stop them when they overstep. As a private mid-sized organization, they serve enterprise customers operating APIs at scale.
The platform secures APIs across discovery, posture management, and runtime threat protection, identifying shadow and undocumented APIs, detecting business logic abuse, and responding to advanced attacks in real time.
As enterprises adopt agentic systems, the client has extended that same model to the AI action layer: it maps every agent, MCP server, and API in an environment, so teams can see what their agents are doing and stop them when they overstep. API security is the foundation, and agentic security is where the platform is heading.
Inoxoft has been taking part in building the core of the client's platform since 2023, which is the data collection that feeds it and the agent coverage that extends it. Three Golang engineers work embedded in the client's R&D, sharing the same delivery cadence and codebase as the in-house team. We build our engagement for continuity.
Modern enterprises run on APIs. Customer data, internal services, partner integrations, and AI systems all move through them. But the security stack most companies inherited was built for a different era, when the perimeter was the network. That gap creates distinct problems, and each one is moving fast.
Engineering teams ship new APIs constantly. Many are undocumented, deprecated, but still live, or built outside the security team's view entirely. Traditional tools can only protect what they know exists, and that gap is where most attackers start looking.
WAFs and network security tools were built to catch known signatures and obvious anomalies. But modern API attacks use authorized credentials, valid request structures, and existing business flows. Without behavioral context, these attacks pass every traditional check.
PCI DSS, HIPAA, GDPR, and SOX all impose obligations on how sensitive data moves and who can touch it. APIs are now the primary path that data takes, which makes API security a regulatory requirement.
AI agents call APIs autonomously, sometimes with delegated authority. MCP servers expose new endpoints with their own access patterns. Both shift the threat model. The entity making the call may not always be a person, and its behavior is harder to model with rules alone.
APIs now carry the bulk of business-critical data. Most security tools weren't built to see them, and even fewer can tell normal traffic apart from business logic abuse. The client learns how each API behaves and catches the moment that behavior turns malicious, and the Inoxoft engineering team has been taking part in building the core of it since 2023.
The platform combines capabilities that need to evolve as fast as attackers do. Inoxoft's work sits at the center of it and is the kernel-level traffic collection the whole platform runs on, and the agent and MCP coverage where it's heading next.
The platform identifies every API in an environment, including shadow, undocumented, deprecated, and unreviewed ones. That inventory refreshes continuously as new APIs go live.
Team extension is sometimes treated as interchangeable with outsourcing. In security R&D, it isn't. The work is dense, the stakes are high, and engineers who treat the engagement like a fixed-scope project get filtered out fast.
Here's what makes the model actually work inside the client's environment:
API security never sits still. New attack patterns, architectures, and traffic types arrive constantly, and the platform has to evolve continuously to keep up. Embedded engineers move with that work as it shifts.
Joining a security platform means understanding the code, the threat model behind it, and the conventions the team uses to keep both safe. Inoxoft engineers ramp up inside the client's R&D processes with the same code review standards, secure-by-default conventions, and sprint mechanics.
The engineers work inside the client's Scrum process: same backlog, same standups, same release cadence. Everything runs on one track, coordination cost stays near zero, and decisions get made in one room.
The platform is built in Go, and Inoxoft staffs the engagement with engineers who specialize in the language, fluent in its idioms, its concurrency patterns, and the architecture decisions these systems accumulate at scale.
Three engineers have been on the platform since 2023. That continuity means accumulated product context: what shipped last year, why a design decision was made, and where the edge cases live.
Our engagement has produced a clear record:
The same three engineers have been on the platform since the start. In team extension, sustained tenure is the strongest signal of delivery quality; engagements that produce keep going.
Inoxoft engineers ship into a production platform protecting API ecosystems for enterprise customers. The work is live, in front of those customers, with the consequences that it brings.
API security is one of the fastest-shifting areas of cybersecurity, with new attack patterns, architectures, and compliance pressures arriving constantly. The engagement has held a stable team through all of it, with continuous feature delivery throughout.