Agentic SOC automation with a built-in network packet broker layer
T-INNOWARE is an AI security operations platform for government agencies and enterprises that run their own SOC.
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6 AI reviews
Reviewed
AI Editor ApprovedApproved and published by our AI Editor-in-Chief after full panel analysis.T-INNOWARE is an AI security operations platform from T-INNOWARE Technology (Singapore) Pte. Ltd., built for government agencies and enterprises that run their own security operations centre. It combines AISOC for alert analysis and incident response, SAI for GenAI-driven triage and investigation, and the NIF and SA network packet brokers that supply both with live traffic. Pricing is quote-based: no tiers are published and every product page ends in a demo request or a brochure download. SAI's Autopilot completes alert triage, incident investigation, evidence collection and report generation unattended, while its Copilot handles penetration testing, phishing drills and code auditing on request. Scenario-specific agents cover threat detection, threat intelligence, sensitive-data identification and compliance questions, and custom agents are configured from an uploaded knowledge base. NIF and SA add L2-L7 traffic filtering, aggregation and a shared SSL offload. It fits organisations carrying many security tools, heavy alert volume and few specialist analysts.
In practice the platform runs as a layered pipeline. Traffic arrives through span, tap or vtap ports on the NIF or SA appliances, alongside logs, events and API data pulled from the tools a customer already owns. Detection and triage happen first: traffic security analysis, API security posture management and the customer's own EDR, XDR, NDR, SIEM, WAF, IPS/IDS and BAS tools all emit alerts into one queue. SAI then works that queue. Its Autopilot mode completes alert triage, incident investigation, evidence collection and investigation-report generation without an analyst driving each step, while Copilot mode answers questions and runs penetration tests, phishing drills and code audits on request. Operators direct it in natural language instead of moving between per-tool consoles.
SAI is built as a matrix of scenario-specific agents rather than one assistant. Security operations agents cover network threat detection, penetration testing, threat intelligence, code auditing, anti-phishing and incident investigation; a security advisor agent handles security Q&A, compliance consulting and hardening guidance; a data security agent does sensitive-data identification, API risk identification and data classification; and custom agents are configured from an uploaded knowledge base and a role definition. Underneath sits the vendor's own model base — separate traffic detection, security defence, data security, security ops and safety drill models behind a large-model security gateway. The company positions SAI as a neutral third party across tools it did not build, connecting proprietary and third-party security devices through APIs. On the traffic side, NIF performs L2-L7 filtering, 1:1/1:N/N:N aggregation, de-duplication, timestamping and traffic slicing on the bypass path, while SA sits inline at network egress for security-tool chaining, tool resource pooling and a single SSL offload shared by several inspection tools. A more recent product, AI OmniSight, sits between employees or applications and the language models they call, adding routing, content inspection, cost metering and permission control over enterprise AI usage.
The named buyers are government agencies, telecom operators, financial services and banking, and energy and manufacturing — the four verticals listed as existing deployments. The published case studies match that: a provincial city commercial bank consolidating scattered collection points, a provincial environmental information centre running more than 40 security devices across eight vendors and generating over 500,000 alerts a day, a digital-construction platform operator needing SSL decryption at its egress, and a 1,600-employee industrial manufacturer with no dedicated security staff. SAI is offered both on-premises and as a multi-tenant SaaS, where each tenant gets packet-broker and traffic-security-analysis capability with firewall, API security, ransomware and anti-phishing modules as options. No price list is published; every product page ends in a demo request or a brochure download.
On deployment, SAI runs on ARM or x86 hosts with NVIDIA or Ascend accelerators, and the on-premises topology places it beside the core switch with the packet broker optional rather than required. Integration with surrounding tooling is through API or syslog, and AISOC ingests from OCSF-compliant security tools. The vendor also sells wireless, radio-monitoring and anti-drone hardware under a separate "Wireless Space Security Solution" line; that equipment is not part of this security operations software.
Answers security questions and runs penetration tests, phishing drills and code audits on request, around the clock.
Create your own agents by uploading a knowledge base, assigning a role and defining the operational scenario.
Prebuilt agents for network threat detection, penetration testing, threat intelligence, code auditing, anti-phishing, incident investigation, compliance consulting and sensitive-data identification.
Completes alert triage, incident investigation, evidence collection and investigation-report generation without an analyst driving each step.
De-duplicates, timestamps, slices and masks captured traffic before forwarding it, limiting what sensitive payload reaches each downstream tool.
Inspects collected network traffic directly to raise detection alerts alongside those coming from log-based tools.
AI OmniSight proxies enterprise calls to internal and external language models, applying routing, content inspection, cost metering and permission control.
Connects EDR, XDR, NDR, SIEM, WAF, IPS/IDS, IAM, firewall and BAS tools, including OCSF-compliant products, so their alerts are triaged in one place.
SA appliances at network egress let security tools be inserted, reordered and pooled without re-cabling, with built-in BYPASS and health monitoring.
Bypass-deployed NIF appliances acquire traffic across physical and cloud environments with L2-L7 filtering and 1:1, 1:N and N:N aggregation.
Decrypts TLS traffic once at the egress and shares the plaintext with every inspection tool that needs it.
Discovers API assets from traffic, locates the sensitive data moving through them, detects OWASP API Top 10 vulnerabilities and traces leak paths.
SOC staff issue operational commands and receive investigation results in natural language rather than through per-tool consoles.
Builds work schedules, dispatches tasks, opens tickets for pen-tests, asset inspections and incident investigations, and generates operations performance reports.
Pricing requires contacting the vendor. No public list price: the vendor's own CMS page tree (44 pages) carries no pricing, plans, buy or subscribe path, the product brochure states no prices, and every product page converts through "Request a Demo", "Contact us" or "Download brochure".
T-INNOWARE automates SOC triage and owns the traffic layer feeding it, but publishes no price.
“SAI's Autopilot mode runs alert triage, investigation and report writing on its own, and the same vendor supplies the packet brokers that feed it. Every path to a number ends at a demo request.”
A provincial information centre running more than forty security devices across eight vendors, throwing off over 500,000 alerts a day. That's the customer this is built for, and it's an honest picture of who needs it.
SAI's Autopilot mode closes alert triage, investigation, evidence collection and the written report without an analyst driving each step. What the obvious SOC-automation alternative can't match is the layer underneath: Network Insight Fabric collects the traffic itself, L2-L7, so packet data sits beside the EDR and SIEM alerts instead of in another console.
The catch is you can't size it — no public price, no tiers, no trial I could find, and every path ends at a demo request or a brochure download. Worth knowing for the board: T-INNOWARE is the Singapore subsidiary of Sinovatio, listed in Shenzhen as 002912. Scope one site, make them quote the packet brokers separately, decide after.
Owning both the packet brokers and the AI triage layer lets it correlate packet-level traffic with EDR and SIEM alerts, which a SOC-automation tool without a traffic layer cannot do.
OCSF ingest over API or syslog keeps alert data portable, but I couldn't find published contract, cancellation or certification terms, and the NIF and SA appliances add hardware lock-in.
The packet broker is marked optional and a multi-tenant SaaS version exists, so a team can start from alerts it already collects, though every start runs through a sales call.
Autopilot investigation plus AI OmniSight's control over what staff send to language models adds capability rather than shaving cost off tools already in place.
A newer product, AI OmniSight, shows the line is still growing, but I couldn't find docs, a changelog or a public API reference to judge cadence against.
Security teams who run their own SOC across many vendors' tools.
Small teams who need a published price before booking a call.
The optional packet broker keeps entry reversible; the vendor's own model base is where the commitment starts.
“T-INNOWARE sells the collection layer and the SOC automation above it, then lets you take the automation alone over API and syslog. AI OmniSight extends that governance upward to enterprise model calls, and pricing is quoted rather than published.”
Their case studies describe an environmental information centre running 40-plus security devices across eight vendors and 500,000 alerts a day. That's the shape SAI targets, and why the ingest list matters more than the agent list.
Most SOC-automation tools sit above telemetry someone else installed; here one vendor supplies both planes — NIF and SA on the wire, AISOC and SAI above them — and then marks the packet broker optional. Start on API and syslog ingest and the entry stays reversible. Take the taps as well and leaving becomes a re-cabling project.
AI OmniSight pushes the same idea upward, proxying enterprise model calls with routing, content inspection and cost metering. But the SOC layer runs on their own model base — traffic detection, data security, security operations — so you're buying their detection judgment, not renting it. T-INNOWARE is Sinovatio's Singapore arm, so R&D and continuity sit with a Shenzhen-listed parent.
Pairing agentic SOC automation with its own network packet brokers is an unusual combination, and AI OmniSight extends the same control point to enterprise model calls.
Autopilot closes triage, investigation and report generation while Copilot handles questions, pen-tests and phishing drills, which is how a real SOC splits the work.
EDR, XDR, NDR, SIEM, WAF, IPS/IDS, IAM and BAS tools connect by API or syslog and AISOC ingests from OCSF-compliant products, though I couldn't find a public API reference.
The on-premises design marks the packet broker optional and ingest works over API or syslog, so entry stays reversible; the proprietary model base is the part you cannot unwind.
The stack runs from L2-L7 packet capture through de-duplication, timestamping and masking into scenario-specific agents, with the vendor's own detection models underneath.
Security architects consolidating alert triage across a multi-vendor SOC.
Buyers who need a list price before opening a procurement cycle.
Two capabilities in the tenancy, four more as options, and no figure published against any of them.
“The multi-tenant SaaS bundles packet-broker and traffic-analysis capability, then lists firewall, API security, ransomware and anti-phishing as options. Nothing carries a price, so the quote is the first and only number a budget owner sees.”
The SaaS tenancy includes two things: packet-broker capability and traffic security analysis. Firewall, API security, ransomware and anti-phishing are options. No figure attaches to either half, so the quote is the entire disclosure. Options are where quotes grow.
On-premises the math runs the other way. Security Accelerator sits inline at the egress, pools the inspection tools and decrypts TLS once for all of them. Category norm is paying for decryption capacity tool by tool. However, SAI itself wants ARM or x86 hosts with NVIDIA or Ascend accelerators, and that hardware is your capex.
The clearest ROI case they publish is a 1,600-employee manufacturer with no dedicated security staff. Measure against salaries never hired, not licences retired. Procurement gets a demo form and a sales inbox; I couldn't find renewal or cancellation terms, so the first call covers both.
Onboarding runs through a demo form and a sales inbox, with a Shenzhen-listed parent easing the vendor due-diligence side.
I couldn't find renewal, cancellation or SLA terms, though offering both on-premises and multi-tenant SaaS leaves a real deployment choice.
No price, tier or currency figure appears on any product page, and every path converts to a demo request or a brochure download.
A published deployment at a 1,600-employee manufacturer with no dedicated security staff gives a measurable baseline, and Autopilot's investigation reports are countable output.
Deployment specs and the bundle-versus-options split are stated plainly, but without a unit price or scoped accelerator hardware no three-year model can be built.
Buyers who can fund a project before seeing any published price.
Teams who need the on-premises hardware cost known upfront.
One TLS decrypt shared across every inspection tool is the quiet win buried under the agent pitch
“The traffic plumbing is where the daily hours come back — one decrypt at the egress, tools reordered without a re-cabling window, payload masked before it reaches each of them. The agent layer above it is compelling, but I couldn't find docs or a changelog to check how it behaves when it is wrong.”
SA decrypts TLS once at the network egress and hands the plaintext to every inspection tool behind it. Anyone who has kept certificates in sync across a row of inspection boxes knows what that saves. Tools get inserted, reordered and pooled there too, with BYPASS built in.
Before traffic leaves the broker it is de-duplicated, timestamped, sliced and masked, so not every downstream tool sees full payload. API security posture management works off the same traffic — discovering API assets, finding the sensitive data moving through them, flagging OWASP API Top 10 issues. That's shadow-API work most SOC queues never get to.
One reference deployment is a 1,600-employee manufacturer with no dedicated security staff — exactly the shape this suits. But I couldn't find a docs site, a changelog or a runbook, and AISOC normalises on OCSF, so alerts land clean only if your tools emit it. Budget a mapping pass.
The traffic layer's daily wins are concrete, but I couldn't find anything showing what an analyst does when Autopilot files a wrong conclusion.
The six-page brochure carries the real architecture, but I couldn't find a docs site, a changelog or a status page behind it.
Masking and de-duplication before forwarding, plus one shared SSL offload, remove chores that otherwise recur every week.
Custom agents are built from an uploaded knowledge base and a role definition, and API security posture management flags OWASP API Top 10 issues from live traffic.
Alerts arrive over API or syslog from existing EDR, XDR, NDR, SIEM, WAF and IPS/IDS tools, and the packet broker is marked optional.
Security engineers who run their own inline inspection chain.
Teams who need published documentation before a sales call.
Eight agents ready to point at your queue, and no way I could find to try one.
“SAI ships eight prebuilt agents and a Copilot mode that takes plain-language commands, which is a smart start for an understaffed team. But every path on the site ends at a demo request, so how it actually feels stays unknown.”
Somebody already decided what you'd want to automate first. Eight prebuilt agents ship with SAI — pen testing, anti-phishing, code auditing, incident investigation — so day one is picking a scenario, not designing one. Deciding what to automate first is where projects like this usually stall.
Copilot mode is the part I'd live in: ask a question, run a phishing drill, get an answer, instead of keeping a row of vendor consoles open. But I couldn't find a way to try any of it. Every button on every product page is Request a Demo, Contact Us or Download brochure. No trial. Nothing to poke.
Month three is the custom-agent part — upload a knowledge base, assign a role, define the scenario — and that's exactly what a brochure can't show you. Small tell: the product pages sit at raw GUID URLs, so a link you send a colleague tells them nothing.
The product pages are dense and carefully written, but small things go unswept — every product sits at a raw GUID URL and the page titles carry stray spacing.
Plain-language commands and eight ready-made agent scenarios make the first hour easy, but custom agents need an uploaded knowledge base and a role definition, and I couldn't find docs to learn that from.
This runs as an on-premises console sitting beside the core switch, so mobile is not really the job here, and I couldn't find a mobile app either way.
Eight prebuilt agent scenarios mean day one is a choice rather than a build, but the first step is still a demo request because I couldn't find a trial or a signup.
Autopilot writes its own investigation reports, which is a lot of trust to hand over, and I couldn't find a status page or published uptime terms to judge it by.
SOC teams who want prebuilt agents rather than building triage automation themselves.
Hands-on evaluators who need to use software before they commit to it.
You meet the sales team before you meet a price, a doc page or a trial.
“The security-operations software is more substantial than T-INNOWARE's front door suggests, but every route to it ends at a demo form. Its About page also borrows the parent group's twenty-year history, and the site names that parent only in a footer copyright line.”
Their homepage headline is about signal and airspace. The security-operations software sits a click deeper. Buy AISOC and you're buying from a company whose front door points somewhere else.
Behind it, better than that suggests. SAI's Autopilot mode runs triage, investigation and report writing end to end, and NIF feeds it packet traffic with L2-L7 filtering. One vendor owning collection and the agentic layer is unusual — most do one or the other. Case studies are specific: 40 devices, eight vendors, over 500,000 alerts a day.
But I couldn't find anything a buyer can read before the sales call — no pricing, no trial, no docs, no changelog. The About page's 'over 20 years of rapid growth' is the parent group's. T-INNOWARE is Sinovatio's Singapore subsidiary. You learn that from the footer copyright, not the About page.
Supplying the traffic-collection layer and the agentic SOC layer that sits on top of it is a combination most vendors in this category do not offer.
API, syslog and OCSF ingestion keep the inbound side on open ground, but the appliances and the vendor's own model base are proprietary and I found no stated data-export path.
I couldn't find a changelog, docs site or versioning trail to judge release cadence by; the counterweight is a publicly listed parent standing behind the Singapore entity.
The homepage banner sells a different product line than the software underneath it, and the About page's "over 20 years of rapid growth" is the parent group's history rather than this entity's.
Named capabilities come with stated limits — Autopilot's scope is spelled out, the packet broker is marked optional, and the case studies quote conditions like over 500,000 alerts a day across eight vendors' devices.
Government and telecom SOC teams who already run multi-vendor alert queues.
Buyers who need published pricing and documentation before a sales call.
Common questions answered by our AI research team
Yes. SAI's Autopilot mode completes alert triage, incident investigation, evidence collection and investigation-report generation on its own. Copilot mode stays available for questions, penetration tests, phishing drills and code audits.
Yes. SAI connects proprietary and third-party security devices through API or syslog, pulling alerts from EDR, XDR, NDR, SIEM, WAF, IPS/IDS, IAM and BAS tools. AISOC also ingests from OCSF-compliant products.
Yes. On-premises SAI sits beside the core switch and runs on ARM or x86 hosts with NVIDIA or Ascend accelerators. A multi-tenant SaaS version is also offered, giving each tenant packet-broker and traffic-security-analysis capability.
No. The on-premises deployment diagram marks the NPB optional, and SAI can work from alerts and logs delivered over API or syslog. Adding NIF or SA brings packet-level traffic into the same detection pipeline.
T-INNOWARE prices by quote. No tiers or list prices are published for AISOC, SAI, NIF or SA, and each product page leads to a demo request or a brochure download instead.
Company
T-INNOWARE Technology (Singapore) Pte. Ltd.Pricing
Contact for pricingT-INNOWARE develops AI-driven IT security products for automated network security operations, serving government institutions and enterprises.
