AILiveSim provides a set of tools to develop and test various AI solutions. It is based on a parametric virtual environment developed with Unreal Engine.We are currently looking for a Machine learning engineer, a Technical Environment Artist and a Games Programmer. Find out more at www.ailivesim.com

I help companies to implement AI into their products.

Ultra portable and highly addictive. Games that are with you at all times.

AI for Quantum break** Gameplay:- a fleet of different enemies and friendlies- unique shooting paterns for each weapon- seamless cinematic near miss functionality- 3 alertness levels with unique behaviours- fully dynamic, AI works out of the box, place and play- dynamic slotting to keep battles interesting even when the player is outnumbered- collaborative behaviors, flank, cover fire..** Architecture:- a blackboard is at the heart of the AI, subsystems share data in an unified and efficient manner. It allows for modular components, moving dependency from Api to data.- environment analizis and spacial awareness, team placements- dynamic cover detection and selection, handles dynamically breakable covers and rapidly changing battlefield configuration** Control:- Scripted support, Action Points, Smart Objects.- Custom behavior tree developed in house using Xaitment (now iOpener): - visual editing, everyone can see what the AI is doing - reload the brains at runtime for quick iteration - live debugging, place breakpoints in the decision making - hybrid execution, time based updates and event based partial update - actions requested by the brains are implemented efficiently in c++**Movement: partnered with the amazing Gameware Navigation team there- robust nav-mesh generation, dynamic nav mesh, - animation driven locomotion, spline based paths, quatilty constraints on the splines to ensure they are navigable at target speed- start and end point constaints for smooth transitons when and arrive from the appropriate direction- good dynamic obstacle avoidance- a sector based channel: brings more information about the route, it's possible to detect tigh spots or sharp turns- tactical path finding: Enemies navigate on the covered side of the walls and approach with more paths that look more natural- danger areas, prefer avoiding spots where friendly died recently

- Drive the company towards agile using Hansoft- Integrate NVidia PhysX to the engine- Spline based position/direction animation for path following- Component library for creation for creation of navigation networks and path finding - nurbs tesselation using Glu- generation of point cloud using sw voxelization- Reorganization of triangles of faces in clusters to improve performance of faces with millions of triangles- Collision detection triangle level and near miss.- Windows shell extension

- Design and implementation of a behavior and handicap system, for a very precise control over player experience- Implementation of tools improvements used by level designers to give level related information to the AI- Design and implementation of component based AI library- Design and implementation of automatic car testing to find the best parameters for the AI driving code using the cars- Design and implementation of an AI learning system, where the user can teach the AI to drive the user’s route in a similar manner- Automatic track drivable area analysis prototype, analyzing the open spaces and possible navigation between them

-Design and implement AI for Warhammer 40000, turn based strategygame, to be released for both PSP and NDS.-Develop the technology of the company by implementing framework anddedicated tools to help implement and maintain AI.-Design and implement dictionary and player for Scrabble AI.

I worked as a software architect for maintenance of one component in Symbian 3.x at customer’s premises.

-Design and implementation of the AI for High Seize, a turn basedstrategic game on N-Gage, published by Nokia.-Design and implement AI for Reset Generation, a strategy game release for Nokia phones later on.

Conception of the way virtual firemen organize their actions and work as a team to conduct the standard procedures in different situations that cannot always be reproduced in reality.