From robotics to AI-driven cybersecurity. A world-leading firm behind CAI, the open-source AI framework delivering instant ROI with privacy-first security LLMs.
Three questions matter:
→ Can the workflow continue?
→ Where is sensitive data processed?
→ What does each validated outcome cost?
Our analysis of model access, data controls and CSI deployment choices:
https://t.co/weGa2hgk6z
OpenAI and Anthropic are expanding access to advanced Cybersecurity AI. Good news for defenders.
But access isn't control.
If a critical security workflow depends on an external model, what happens when access conditions or availability change?
En la industria conectada, la ciberseguridad también protege la continuidad operativa.
📍 #20ENISE@INCIBE · León
📅 22 de octubre · 16:15 h
Jon Ander Ruiz participará en la mesa «Industria conectada y segura: innovación para la resiliencia del sector industrial».
We’re heading to #FutureForcesForum 2026 in Prague! 🇨🇿
📅 Oct 21–23
📍 @NATO DIANA Pavilion · Hall 5 · Stand 525
Meet our CEO Endika Gil-Uriarte and CTO Unai Ayúcar Carbajo to discuss sovereign Cybersecurity AI for mission-critical defence systems.
#NATODIANA
Open weights let defenders inspect, run locally and adapt their tools.
We also publish the limits: prompt-injection risks remain, and not every workflow improves.
Model: https://t.co/24zLYu6rpQ
Thanks to the European Commission, @EUeic and @EuroHPC_JU.
#CybersecurityAI
Meet alias3-micro, our new ~4B open-weight cybersecurity model built on CT0.
One model, two paths: System 1 makes fast decisions without generating tokens; System 2 handles reasoning and tool use. A confidence gate routes uncertainty.
🎥 See how it works:
Under a fixed Cybench-subtask budget, alias3-micro solved 36/171 subtasks (21.1%) vs 13/171 (7.6%) for its Qwen3.5-4B base: 2.8×.
In a controlled IOC-screening test, its fast path processed 80–82 files/s on one workstation GPU.
Paper: https://t.co/Cdi6OJeNPm
We also publish the limits: specialisation doesn't eliminate prompt-injection risks, and faster isn't always better.
Open weights: https://t.co/24zLYu6rpQ
Thanks to the @EUeic and @EuroHPC_JU for their support.
Not every cybersecurity decision needs to generate an answer.
Our new video explains CT0: two inference modes in alias3-micro (~4B) — fast typed decisions (System 1), and reasoning/tool use (System 2), with a confidence gate between them.
🎥 Watch how it works.
From the paper's controlled tests:
→ Refusal detection: 96.5% accuracy in 47 ms.
→ OWASP Java review (251 cases): 90.2% balanced accuracy, generating for just 36% of cases.
Paper: https://t.co/Cdi6OJefZO
CT0 is public. alias3-micro is available with open weights.
A compact ~4B cybersecurity model combining fast security decisions with agentic workflows.
Built for defenders who need to inspect, run locally and adapt their tools.
Research and model in @vmayoralv post below.
Defenders should not have to rent permission to defend.
Introducing #CT0, our #CybersecurityTransformer, and alias3-micro: a 4B-parameter model with open weights.
Inspect it. Run it locally. Build on it.
Paper: https://t.co/GNJr3ncVFc
Model: https://t.co/btzN99tL8W
The key distinction:
Unlimited included tokens ≠ unlimited throughput.
PRO removes the marginal per-token meter for the included model while keeping published operating limits.
Need sovereign, air-gapped or bespoke deployment? That is where CSI On-Premise comes in.
How much does CSI PRO cost, and what does “unlimited tokens” actually mean?
We’ve published a new buyer FAQ covering pricing, licensing, support, seats, operating limits and when to move to On-Premise.
CSI PRO currently starts at:
→ €350/month
→ €3,990/year
→ alias2-mini included with unlimited token usage
→ 500,000 TPM / 60 RPM per key
Full FAQ: https://t.co/r5oShWvcyl
La semana pasada estuvimos en el @Wayra Investors Day 2026, en Madrid, junto a cerca de 250 participantes.
IA, ciberseguridad y soberanía digital centraron el debate sobre cómo convertir la innovación europea en capacidad tecnológica real.
#Wayra#CybersecurityAI
@RobotexInt@vmayoralv Human expertise remains essential.
But it doesn’t scale linearly with the number, complexity and speed of machines we need to secure.
As robotics advances, cybersecurity will need machine-speed analysis and validation, with human oversight and control.
#CybersecurityAI
Robot autonomy is scaling faster than human cybersecurity capacity.
At @RobotexInt Asia Finals 2026 in Shanghai, our founder @vmayoralv explored what happens when increasingly autonomous machines have to be secured at scale.
@RobotexInt@vmayoralv We’re already seeing what Cybersecurity AI can do.
In the Dragos OT CTF 2025 benchmark, our Cybersecurity AI:
→ solved 32/34 challenges
→ reached #1 during hours 7–8
→ reached 10,000 points 37% faster than the top-5 human average
It shows the scaling potential.