Designed to replace continuous streaming—not extend it.
The First Protocol forEvent-Driven Multimodal Context Injection.
The missing link between hardware sensors and AI reasoning. We make Wearables, Robotics, and Industrial AI physically viable.
Signal
Event-based inference
Replace continuous sensor streaming with contextual payloads and stateful updates.
Less Bandwidth vs. continuous streaming
81%
Battery Life
12h+
Context Injection
Instant
Why continuous video isn’t the future.
Current AI models demand continuous video streams to "see". This approach hits a physical wall.
The Old Way: Streaming
Energy & Heat
Drains wearable batteries in <1 hour. Physically unsustainable thermals.
Bandwidth & Cost
Chokes networks in smart cities. Unscalable cloud GPU bills for enterprise.
Privacy Nightmare
Continuous data exposure creates massive compliance risks (GDPR/Gov).
The New Way: ACPIP
Adaptive Context Perception Injection Protocol
Assist-AI delivers the efficiency layer required for mass-market AI adoption. We replace streaming with intelligent, asynchronous perception events.
Core stack
Core Technology
Protocol and production SDK available. Assist-AI establishes the ACPIP standard.
Protocol Layer
Enabling precise, context-aware digital experiences through rigorous event injection. The operating system for perception.
Lightweight by Design
Created for broad compatibility across devices (Edge), running on low-power chips while interfacing with modern AI platforms.
Integration-Friendly
The missing link for the global AI infrastructure stack. Plug-and-play middleware for robotics, wearables, and industrial IoT.
SDK available for partners
Advanced Context Sources
Structured payload types: The protocol accepts image, location, sensor (key-value), and event payloads. Your application maps hardware or data sources (camera, GPS, wearables, environmental sensors) into these types and injects them—no continuous streaming.
Visual Input
Snapshot-based optical sensors (No continuous video stream).
Thermal & Env.
Temperature, light, and air quality context injection.
Motion & Spatial
Position, orientation, and movement recognition events.
Identification
Barcode, RFID tag, or object reference triggers.
Health & Bio
Physiological or diagnostic measurement streams.
Environmental
Ambient light, sound, and atmosphere data.
One idea — infinite applications.
ACPIP powers the interface between machine perception and human reasoning.
Advanced Manufacturing & Robotics
Real-time multimodal assistance for assembly, inspection, and maintenance.
Healthcare & Tele-Diagnostics
Device-level visual-audio support for diagnostics, triage, and remote care.
Aerospace & Defense Systems
Secure edge-AI communication for field operations and technical maintenance.
Energy & Smart Infrastructure
AI-driven monitoring and predictive maintenance for turbines and grids.
Automotive & Mobility
In-vehicle AI copilots combining sensory awareness with conversational intelligence.
Education & Technical Training
Immersive instruction and certification enhanced through multimodal interaction.
Intellectual Property (IP)
Status
Utility Model Registered
Austrian Patent Office (AT) · International (PCT) filing prepared
Scope
Covering the method and system for asynchronous event injection into continuous inference streams. Protecting the architecture of stateful context updates without session interruption.
Filed by Michael Labitzke, 2025.
CONFIDENTIALBusiness Model & Vision
Protocol Licensing
Enabling OEMs (Wearables/Robotics) to use ACPIP to solve battery & latency constraints. Recurring revenue per device unit.
Enterprise API Platform
Scalable access for large-scale industrial applications and smart city infrastructure (Sovereign Cloud deployments).
We aim to establish ACPIP as a foundational protocol layer for multimodal AI systems.
Capital + access
Investment Opportunity
Assist-AI is raising a strategic round to establish the ACPIP standard globally. A production-ready SDK and reference implementation already exist.
You can request: technical whitepaper (NDA), SDK or demo access for partners, or a strategic investment meeting.
We typically respond within 24–48 hours.
NOTE: DUE TO PENDING IP PROCESSES (PCT), DETAILED ARCHITECTURAL INSIGHTS ARE AVAILABLE ONLY AFTER NDA VERIFICATION.
Strategic Focus
Sovereign AI & Edge
Standardized protocols for regulated infrastructure
Roadmap
Scaling & Presence
Expansion and partnerships 2026
Why now
Sovereign AI mandates, edge deployment, and state-backed infrastructure initiatives are driving global demand for interoperable protocols—we focus on scaling and strategic partnerships.
Questions & Answers
Investors evaluating sovereign AI infrastructure; OEMs and hardware makers (wearables, robotics) who need to solve battery and bandwidth constraints; and enterprises building industrial or smart-city applications that require efficient, event-based perception.
Send an email to michael@acpip.io with your request. For the technical whitepaper we run a short NDA verification; for SDK or demo access we do the same for qualified partners. We typically respond within 24–48 hours.
We confirm receipt, then either start NDA verification (for whitepaper/technical details) or schedule a call. After NDA, you receive the requested materials or a demo link and briefing.
Our method and system are under patent protection (AT utility model registered, PCT filing prepared). Detailed architectural and implementation insights are shared only after NDA to protect IP during the process.
The defensibility is in the protocol design and IP: event-driven injection without interrupting the AI stream, plus AI-initiated perception, is a specific architecture—not a trivial feature. We have a registered utility model and PCT in progress; the SDK proves implementability. Large OEMs could build something similar, but standardizing a protocol layer creates network effects and reduces integration cost for the whole ecosystem; we are positioning for that layer.