SIT and IBM are targeting the end of 2026 to open a Quantum Safe Centre at SIT’s Punggol Campus. Organisations are expected to use a live testbed in Punggol Digital District to explore IBM security tools and plan migration to quantum safe solutions.
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Create a landscape editorial hero image for this Studio Global article: What are SIT and IBM’s plans to launch a quantum-safe centre at SIT’s Punggol Campus by the end of 2026, including how it will help organisa. Article summary: SIT and IBM plan to establish a Quantum-Safe Centre at SIT’s Punggol Campus, targeted to launch by the end of 2026, to help organisations prepare for cybersecurity threats from future quantum computers. The initiative co. Topic tags: general, general web, user generated. Style: premium digital editorial illustration, source-backed research mood, clean composition, high detail, modern web publication hero. Use reference image context only for broad subject, composition, and topical grounding; do not copy the exact image. Avoid: logos, brand marks, copyrighted characters, real person likenesses, fake screenshots, UI text, readable text, watermarks, charts with fa
SIT and IBM plan to establish a Quantum-Safe Centre at SIT’s Punggol Campus by the end of 2026. The proposed hub is intended to help organisations assess cryptographic risks, test quantum-safe technologies and build the skills needed to prepare for future quantum-related cybersecurity threats.4
The centre is intended to help organisations identify where cryptography is used in their systems, assess potential vulnerabilities and plan a move to quantum-safe solutions. This matters because quantum-safe preparation starts with understanding existing cryptographic assets and dependencies before deciding what needs to change.4
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The centre is planned for SIT’s Punggol Campus, within Punggol Digital District. Enterprises, technology practitioners, researchers and government stakeholders are expected to collaborate and test technologies using the district’s live testbed.4
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The proposed testbed is expected to use IBM Guardium Cryptography Manager and IBM Quantum Safe Explorer.19 Quantum Safe Explorer scans source code for cryptographic components that may be vulnerable to quantum attacks and can produce a cryptographic inventory.
2 That kind of inventory can help teams see where cryptography is present and inform risk assessment and migration planning.
2
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The tools support discovery and analysis; their inclusion in the planned centre does not, by itself, mean an organisation’s systems will be migrated or secured automatically. The announced aim is to help organisations assess risks and plan their transition.4
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SIT and IBM also plan two Continuing Education and Training programmes later in 2026:4
Across the programmes, planned subject areas include post-quantum cryptography, cryptographic risk discovery, migration planning, governance and security architecture modernisation.4
The centre’s proposed offering links three steps: understand current cryptographic exposure, experiment with quantum-safe approaches, and develop the people who will plan and carry out the work. IBM’s documentation likewise describes discovery and inventory as part of assessing cryptographic dependencies and preparing for migration.2
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The timing is important: the centre and the two programmes are plans targeted for later in 2026, not services confirmed as already open.4
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SIT and IBM are targeting the end of 2026 to open a Quantum Safe Centre at SIT’s Punggol Campus.
SIT and IBM are targeting the end of 2026 to open a Quantum Safe Centre at SIT’s Punggol Campus. Organisations are expected to use a live testbed in Punggol Digital District to explore IBM security tools and plan migration to quantum safe solutions.
The planned training includes a one day executive programme and a three day foundation programme for technical practitioners.
SIT and IBM are targeting the end of 2026 to open a Quantum Safe Centre at SIT’s Punggol Campus. Organisations are expected to use a live testbed in Punggol Digital District to explore IBM security tools and plan migration to quantum safe solutions.
Published byEdited with GPT-6 LunaImages generated with GPT Image 2
Research answer

Create a landscape editorial hero image for this Studio Global article: What are SIT and IBM’s plans to launch a quantum-safe centre at SIT’s Punggol Campus by the end of 2026, including how it will help organisa. Article summary: SIT and IBM plan to establish a Quantum-Safe Centre at SIT’s Punggol Campus, targeted to launch by the end of 2026, to help organisations prepare for cybersecurity threats from future quantum computers. The initiative co. Topic tags: general, general web, user generated. Style: premium digital editorial illustration, source-backed research mood, clean composition, high detail, modern web publication hero. Use reference image context only for broad subject, composition, and topical grounding; do not copy the exact image. Avoid: logos, brand marks, copyrighted characters, real person likenesses, fake screenshots, UI text, readable text, watermarks, charts with fa
SIT and IBM plan to establish a Quantum-Safe Centre at SIT’s Punggol Campus by the end of 2026. The proposed hub is intended to help organisations assess cryptographic risks, test quantum-safe technologies and build the skills needed to prepare for future quantum-related cybersecurity threats.4
The centre is intended to help organisations identify where cryptography is used in their systems, assess potential vulnerabilities and plan a move to quantum-safe solutions. This matters because quantum-safe preparation starts with understanding existing cryptographic assets and dependencies before deciding what needs to change.4
10
The centre is planned for SIT’s Punggol Campus, within Punggol Digital District. Enterprises, technology practitioners, researchers and government stakeholders are expected to collaborate and test technologies using the district’s live testbed.4
19
The proposed testbed is expected to use IBM Guardium Cryptography Manager and IBM Quantum Safe Explorer.19 Quantum Safe Explorer scans source code for cryptographic components that may be vulnerable to quantum attacks and can produce a cryptographic inventory.
2 That kind of inventory can help teams see where cryptography is present and inform risk assessment and migration planning.
2
10
The tools support discovery and analysis; their inclusion in the planned centre does not, by itself, mean an organisation’s systems will be migrated or secured automatically. The announced aim is to help organisations assess risks and plan their transition.4
10
SIT and IBM also plan two Continuing Education and Training programmes later in 2026:4
Across the programmes, planned subject areas include post-quantum cryptography, cryptographic risk discovery, migration planning, governance and security architecture modernisation.4
The centre’s proposed offering links three steps: understand current cryptographic exposure, experiment with quantum-safe approaches, and develop the people who will plan and carry out the work. IBM’s documentation likewise describes discovery and inventory as part of assessing cryptographic dependencies and preparing for migration.2
10
The timing is important: the centre and the two programmes are plans targeted for later in 2026, not services confirmed as already open.4
Studio Global AI
This page includes a source-backed answer you can continue inside Studio Global.
SIT and IBM are targeting the end of 2026 to open a Quantum Safe Centre at SIT’s Punggol Campus.
SIT and IBM are targeting the end of 2026 to open a Quantum Safe Centre at SIT’s Punggol Campus. Organisations are expected to use a live testbed in Punggol Digital District to explore IBM security tools and plan migration to quantum safe solutions.
The planned training includes a one day executive programme and a three day foundation programme for technical practitioners.