Cybersecurity used to be treated as a problem for the IT department.<\/p>\n
That idea is becoming dangerously outdated.<\/p>\n
A cyberattack can stop a factory.<\/p>\n
Disrupt a hospital.<\/p>\n
Expose customer information.<\/p>\n
Lock employees out of corporate systems.<\/p>\n
Interrupt government services.<\/p>\n
Compromise financial transactions.<\/p>\n
Or damage a company’s reputation within hours.<\/p>\n
That expanding risk environment forms the backdrop to GISEC Global 2026, taking place from 16 to 18 September at Dubai Exhibition Centre in Expo City Dubai.<\/p>\n
The event brings together cybersecurity companies, government officials, chief information security officers, researchers, startups and technology leaders from around the world.<\/p>\n
Its significance reflects a larger change.<\/p>\n
Cybersecurity is no longer simply about protecting computers.<\/p>\n
It is becoming part of how modern economies protect themselves.<\/p>\n
Cyber Risk Has Become Business Risk<\/strong><\/p>\n Most companies now depend on digital systems for almost everything.<\/p>\n Employees communicate online.<\/p>\n Customer information sits inside databases.<\/p>\n Payments move electronically.<\/p>\n Factories use connected equipment.<\/p>\n Hotels depend on reservation systems.<\/p>\n Retailers rely on digital inventory.<\/p>\n Governments operate online services.<\/p>\n That dependence creates efficiency.<\/p>\n It also creates vulnerability.<\/p>\n If those systems stop working, the organisation itself can stop working.<\/p>\n This is why cybersecurity discussions increasingly happen at board level rather than only inside technical teams.<\/p>\n Executives need to understand cyber risk in the same way they understand financial, legal and operational risk.<\/p>\n Artificial Intelligence Is Changing Both Sides of Cybersecurity<\/strong><\/p>\n AI is one of the most important forces reshaping security in 2026.<\/p>\n Defenders use artificial intelligence to analyse huge volumes of security data.<\/p>\n Systems can identify unusual behaviour.<\/p>\n Prioritise alerts.<\/p>\n Detect suspicious transactions.<\/p>\n Analyse malicious code.<\/p>\n Assist security analysts.<\/p>\n Attackers can use similar capabilities.<\/p>\n AI can generate convincing phishing messages.<\/p>\n Automate research about potential victims.<\/p>\n Create deepfake voices and video.<\/p>\n Assist with malicious software development.<\/p>\n Translate scams into multiple languages.<\/p>\n The result is an acceleration of the security arms race.<\/p>\n The same technology helping companies identify attacks can help criminals make those attacks more convincing.<\/p>\n Deepfakes Are Turning Identity Into a Security Problem<\/strong><\/p>\n For years, cybersecurity advice often told people to verify suspicious requests by calling the person involved.<\/p>\n Generative AI complicates that advice.<\/p>\n Voice cloning can imitate executives.<\/p>\n Deepfake video can make someone appear to participate in an online meeting.<\/p>\n Attackers can combine publicly available images, audio and company information to create sophisticated impersonation attempts.<\/p>\n This means organisations increasingly need stronger verification processes.<\/p>\n A familiar voice may not be enough.<\/p>\n A realistic video image may not be enough.<\/p>\n Sensitive actions may require authentication through independent channels.<\/p>\n Cybersecurity is gradually moving from recognising people to proving identity.<\/p>\n Ransomware Is Still a Major Threat<\/strong><\/p>\n Ransomware remains one of the most disruptive forms of cybercrime.<\/p>\n The basic idea is familiar.<\/p>\n Attackers gain access to an organisation.<\/p>\n Systems are encrypted.<\/p>\n Operations stop.<\/p>\n The victim is asked to pay.<\/p>\n But modern ransomware has evolved.<\/p>\n Attackers may steal data before encryption.<\/p>\n Even if the company restores its systems from backups, criminals can threaten to publish confidential information.<\/p>\n This creates two crises at once.<\/p>\n Operational disruption.<\/p>\n Data extortion.<\/p>\n Organisations therefore need more than backups.<\/p>\n They need strong access controls, network segmentation, detection capabilities and incident-response plans.<\/p>\n Human Behaviour Still Matters<\/strong><\/p>\n Cybersecurity technology becomes more sophisticated every year.<\/p>\n Humans remain one of the easiest ways into an organisation.<\/p>\n An employee clicks a convincing phishing link.<\/p>\n A reused password has already appeared in a data breach.<\/p>\n Someone approves a malicious login request.<\/p>\n An attacker impersonates technical support.<\/p>\n A finance employee receives an urgent payment instruction from someone pretending to be an executive.<\/p>\n This is why cybersecurity training still matters.<\/p>\n But awareness programmes need to evolve.<\/p>\n Telling employees simply to look for spelling mistakes is no longer enough when AI can produce perfectly written messages.<\/p>\n The better question is whether the request can be independently verified.<\/p>\n Cloud Security Has Changed the Perimeter<\/strong><\/p>\n Traditional companies once imagined a clear security boundary.<\/p>\n Employees worked inside an office.<\/p>\n Servers operated inside company buildings.<\/p>\n Firewalls separated trusted internal networks from the public internet.<\/p>\n Modern businesses look very different.<\/p>\n Employees work remotely.<\/p>\n Applications run in cloud platforms.<\/p>\n Software services are accessed through browsers.<\/p>\n Data moves between many providers.<\/p>\n The traditional perimeter has become much less meaningful.<\/p>\n Identity becomes the new perimeter.<\/p>\n Who is attempting to access the system?<\/p>\n What device are they using?<\/p>\n What information should they be allowed to reach?<\/p>\n Does their behaviour look normal?<\/p>\n These questions increasingly define enterprise security.<\/p>\n Critical Infrastructure Raises the Stakes<\/strong><\/p>\n Cybersecurity becomes even more serious when the target is critical infrastructure.<\/p>\n Energy.<\/p>\n Water.<\/p>\n Transport.<\/p>\n Telecommunications.<\/p>\n Healthcare.<\/p>\n Government.<\/p>\n A successful attack on these systems can create consequences far beyond financial loss.<\/p>\n This is one reason government participation at cybersecurity events is so important.<\/p>\n Private companies operate much of the technology on which society depends.<\/p>\n Governments are responsible for national resilience.<\/p>\n Neither side can solve the problem alone.<\/p>\n Information sharing and public-private cooperation become essential.<\/p>\n Dubai Is Becoming a Regional Cybersecurity Hub<\/strong><\/p>\n Dubai’s wider digital ambitions make it a logical home for GISEC.<\/p>\n The UAE has invested heavily in digital government, financial technology, artificial intelligence, smart infrastructure and cloud services.<\/p>\n Every one of those initiatives increases the importance of cybersecurity.<\/p>\n A smart city must also be a secure city.<\/p>\n A digital economy cannot operate effectively if businesses and consumers do not trust the infrastructure underneath it.<\/p>\n