Success Stories

Explore our customers’ success stories and uncover new possibilities for your own development journey.

Our cus­tomers range from agile engi­neer­ing teams at inno­v­a­tive star­tups to multi­na­tion­al cor­po­ra­tions shap­ing the future of mobil­i­ty, automa­tion, aero­space, and beyond—with each suc­cess story show­cas­ing how TASKING empow­ers their develop­ment process.


H2 Power ‘n’ Heat GmbH, a clean­tech start­up based in Ger­many, suc­cess­ful­ly devel­oped sta­ble and effi­cient con­trol soft­ware for their hydro­gen fuel cell sys­tem with a lean team of just one engi­neer.

Using the TASKING VX-toolset for C166, they were able to quick­ly eval­u­ate, adopt, and scale their develop­ment process—accelerating time to mar­ket and lay­ing the ground­work for future inno­va­tion in clean mobil­i­ty.

Read the full cus­tomer story here.


Jaguar Land Rover’s engi­neer­ing team in India cut debug­ging time and reduced over­all costs by adopt­ing TASKING’s iC7 Mini and iC7 Pro debug­gers. The intu­itive inter­face, faster pro­fil­ing, and strong local sup­port helped their devel­op­ers work more effi­cient­ly in safe­ty-crit­i­cal envi­ron­ments.

The suc­cess has laid the foun­da­tion for expand­ing TASKING tools across future projects.

Read the full cus­tomer story here.

Tay­lor Com­pa­ny, a glob­al leader in food­ser­vice equip­ment, faced a crit­i­cal chal­lenge when a lega­cy com­pil­er became incom­pat­i­ble with new hard­ware, threat­en­ing a time-sen­si­tive cus­tomer project.

With TASKING’s rapid sup­port and a tai­lored workaround, Tay­lor restored oper­a­tions, safe­guard­ed project con­ti­nu­ity, and rein­forced cus­tomer con­fi­dence.

Read the full cus­tomer story here.

Har­man, a glob­al leader in con­nect­ed car solu­tions, need­ed reli­able tools to sup­port com­plex ADAS and autonomous dri­ving projects on the lat­est Infi­neon AURIX TC487 plat­form.

With TASKING com­pil­er and respon­sive sup­port, Har­man stream­lined develop­ment, removed block­ers, and improved reli­a­bil­i­ty, help­ing its teams deliv­er next-gen­er­a­tion mobil­i­ty with con­fi­dence.

Read the full cus­tomer story here.

Micro­Fuzzy, is a lead­ing e‑PowerTrain solu­tion provider based in Munich. In a recent project focused on TC39x micro­con­trollers, the team faced the chal­lenge of devel­op­ing com­plex, safe­ty-crit­i­cal soft­ware with­in a mul­ti­core envi­ron­ment.

By adopt­ing the TASKING VX-toolset for Tri­Core, they were able to accel­er­ate develop­ment, ensure com­pli­ance, and pre­pare the soft­ware for future industrialization—supporting a smooth path from PoC to pro­duc­tion.

Read the full cus­tomer story here.

Flex Auto­mo­tive R&D Roma­nia, part of Flex Ltd., devel­oped next-gen­er­a­tion auto­mo­tive power appli­ca­tion con­trol soft­ware based on the Infi­neon AURIX™ TC377TP micro­con­troller to advance its power elec­tron­ics capa­bil­i­ties.

By adopt­ing the TASKING Tri­Core Toolset for TC3xx, the team achieved high­er code effi­cien­cy, reli­able func­tion­al safe­ty com­pli­ance, and faster develop­ment cycles. The proven per­for­mance of TASKING tools in pre­vi­ous Flex Auto­mo­tive projects was a deci­sive fac­tor — enabling time and cost sav­ings while ensur­ing sta­ble, real-time per­for­mance for new auto­mo­tive power appli­ca­tions.

Read the full cus­tomer story here.

RealTh­ingks India sup­ports auto­mo­tive OEMs and Tier‑1 sup­pli­ers in man­ag­ing ris­ing in-vehi­cle soft­ware com­plex­i­ty. With strong AUTOSAR exper­tise, they help cus­tomers build safe, scal­able ECU soft­ware while improv­ing reuse and low­er­ing life­cy­cle costs.

RealTh­ingks India accel­er­at­ed their AUTOSAR develop­ment work­flow by adopt­ing the TASKING Com­pil­er and Debug­ger, enabling faster diag­nos­tics, opti­mized code gen­er­a­tion, and more reli­able ECU soft­ware deliv­ery. With mea­sur­able gains in effi­cien­cy, the team reduced debug­ging time by 15–30% across key work­flows.

Read the full cus­tomer story here.

Auto­liv, a glob­al leader in auto­mo­tive safe­ty sys­tems, is adapt­ing its soft­ware develop­ment work­flows to address grow­ing com­plex­i­ty in multi-core and het­ero­ge­neous archi­tec­tures used in safe­ty-crit­i­cal appli­ca­tions.

By intro­duc­ing TASKING’s debug­ging tools, Auto­liv estab­lished a more con­sis­tent and uni­fied envi­ron­ment for soft­ware val­i­da­tion. The approach sup­ports multi-core analy­sis, enables clear­er vis­i­bil­i­ty into run­time behav­ior, and con­tributes to more struc­tured work­flows across develop­ment activ­i­ties.

Read the full cus­tomer story here.

BWI Group, a glob­al Tier‑1 sup­pli­er of brake and sus­pen­sion sys­tems, devel­ops safe­ty-crit­i­cal auto­mo­tive soft­ware based on the Infi­neon Tri­Core™ AURIX™ archi­tec­ture to sup­port mod­ern vehi­cle plat­forms.

Work­ing on a brake ECU based on Infi­neon AURIX™, BWI Group select­ed the TASKING Tri­Core com­pil­er for effi­cient and reli­able code gen­er­a­tion, com­ple­ment­ed by LDRA tools for auto­mat­ed ver­i­fi­ca­tion. Togeth­er, the solu­tion sup­ports con­sis­tent work­flows, reduced project risk, and con­fi­dent deliv­ery of safe­ty-crit­i­cal soft­ware.

Read the full cus­tomer story here.

DENSO Cor­po­ra­tion, a lead­ing glob­al sup­pli­er of advanced auto­mo­tive tech­nolo­gies, faced grow­ing chal­lenges in ensur­ing soft­ware qual­i­ty, com­pli­ance, and per­for­mance under increas­ing­ly rig­or­ous indus­try stan­dards.

With the LDRA tool suite, DENSO uni­fied its analy­sis tech­niques, improved plat­form reli­a­bil­i­ty, and achieved sig­nif­i­cant cost and time sav­ings — paving the way for safer, more reli­able next-gen­er­a­tion vehi­cles.

Read the full cus­tomer story here.

NOW Tech­nolo­gies in Budapest devel­ops assis­tive solu­tions that empow­er inde­pen­dent liv­ing and must meet strict med­ical soft­ware safe­ty stan­dards with its Gyroset prod­uct line.

Using LDRArules, NOW Tech­nolo­gies stream­lined com­pli­ance, strength­ened soft­ware safe­ty, and saved over €200,000 — accel­er­at­ing develop­ment of its safe­ty-crit­i­cal solu­tions.

Read the full cus­tomer story here.

Unit­ed Space Alliance (USA), a Boe­ing and Lock­heed Mar­tin joint ven­ture, devel­ops mis­sion-crit­i­cal soft­ware for NASA pro­grams includ­ing the Orion crew explo­ration vehi­cle. To meet strict pro­gram­ming stan­dards and cer­ti­fi­ca­tion demands, the com­pa­ny need­ed a more con­sis­tent approach.

Using the LDRA tool suite, USA auto­mat­ed test har­ness gen­er­a­tion, stream­lined com­pli­ance, and improved soft­ware pro­duc­tiv­i­ty across teams.

Read the full cus­tomer story here.

Ei Elec­tron­ics, Ireland’s lead­ing man­u­fac­tur­er of fire and car­bon monox­ide detec­tion prod­ucts, faced the chal­lenge of meet­ing rig­or­ous func­tion­al safe­ty stan­dards such as EN 14604 and EN 50271 while main­tain­ing pro­duc­tiv­i­ty.

With the LDRA tool suite, Ei Elec­tron­ics improved soft­ware qual­i­ty, stream­lined com­pli­ance, and built a scal­able foun­da­tion for future multi-sen­sor safe­ty devices.

Read the full cus­tomer story here.

Soft­ware Test Group (STG), a spe­cial­ist provider of embed­ded soft­ware test­ing ser­vices, sup­ports safe­ty-crit­i­cal rail­way appli­ca­tions with strin­gent RAMS require­ments.

For com­po­nent-level ver­i­fi­ca­tion of a rail­way main­te­nance sys­tem, STG select­ed LDRAu­nit to achieve stan­dards-com­pli­ant test­ing, struc­tur­al cov­er­age, and full traceability—delivering clear, audit-ready evi­dence for cer­ti­fi­ca­tion.

Read the full cus­tomer story here.

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