TEL AVIV, Is ael, Aug. 05, 2026 (GLOBE NEWSWIRE) — Qua tum sta tup Qa akal Qua tum today a ou ced its Pa gaea a chitectu e fo b eakth ough modula ity a d scalability that sho te s the path to comme cially viable, i dust y-scale qua tum computi g. Leve agi g its IP-p otected qua tum bus tech ology, Qa akal Qua tum co st ucts qua tum compute s f om specialized modules a d i te co ects, mai tai i g fault tole a ce with 1/10th of the equi ed qubit cou t of t aditio al app oaches.
Qa akal Qua tum’s Pa gaea a chitectu e equi es up to a o de of mag itude less i f ast uctu e – which mea s fewe qubits, fewe ope atio s a d less oise accumulatio , educed wi i g a d co t ol complexity, a d lowe e e gy co sumptio – while accele ati g applicatio executio fo eal-wo ld use cases a d wo kloads. Pa gaea uses a qua tum bus to mediate i te actio s betwee qubits a d specialized modules, educi g depe de ce o di ect physical adjace cy a d u ecessa y outi g ope atio s compa ed to co ve tio al app oaches, while p ovidi g fa g eate a chitectu al f eedom to o ga ize, specialize a d scale qua tum computi g esou ces.
“The qua tum ecosystem is shifti g its focus f om simply imp ovi g qubit pe fo ma ce a d i c easi g qubit cou t to e gi ee i g mo e eliable qua tum systems,” said Heathe West, PhD, Global Qua tum Resea ch Lead, IDC. “As o ga izatio s pu sue fault tole a ce, adva ces i system a chitectu e a d ha dwa e e gi ee i g will become i c easi gly impo ta t fo educi g e o s a d e abli g scalable qua tum computi g.”
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Qa akal Qua tum has pio ee ed a qua tum bus with a dedicated, pu pose-built i te co ect that mediates qua tum i fo matio withi a mode , modula qua tum compute . This is di ectly a alogous i a chitectu al fu ctio to the buses a d mothe boa ds that co ect a d coo di ate compo e ts i classical compute s. The qua tum bus u de pi i g Qa akal Qua tum’s Pa gaea a chitectu e e ables a b eakth ough i qua tum compute a chitectu e flexibility, co siste t with the a chitectu al shift that allowed classical computi g to evolve f om collectio s of compo e ts i to i teg ated, modula computi g platfo ms.
“The co cept of a qua tum bus is i t igui g,” said Bob So e se , Se io VP of Resea ch a d Chief A alyst fo Qua tum Computi g at Hype io Resea ch. “Scali g qua tum compute s, ot just by addi g mo e qubits, but by buildi g a chitectu es that e able mo e pe fo ma t systems, is the ext g eat challe ge i qua tum computi g developme t. A optimized i te co ect app oach that suppo ts a modula qua tum computi g a chitectu e – like that of classical computi g – is whe e a qua tum bus desig could accele ate the a ival of t ue fault-tole a t qua tum computi g.”
“Fo yea s, the i dust y has t eated p og ess i qua tum computi g as a ace to add mo e qubits. But addi g qubits is ot the same as buildi g a compute that ca do useful wo k,” said D . Nissa Maskil, CEO a d co-fou de of Qa akal Qua tum. “Reachi g the same fault-tole a t capability with o e-te th the physical qubits cha ges what is possible ight ow. The machi e becomes simple to build a d co t ol, a d fa mo e of it ca be put towa d the applicatio s themselves. This gives esea che s a d e te p ises the ability to u la ge , mo e mea i gful wo kloads much soo e tha a chitectu es co st ai ed by di ect qubit adjace cy, excessive outi g a d mo olithic scali g. Qa akal Qua tum’s a chitectu e-fi st app oach cha ges the t ajecto y of qua tum computi g a d sets a ew sta da d fo what scalable qua tum computi g should look like.”
