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What the Security Needs to Fight Terrorism

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By Andrew Aroh

During this time of increased use of commercial satellite equipment and services, internal and market changes are surfacing. Gone are the days of mere satellite capacity for non-secure communications.

Now, companies looking to do business with the security are being called upon to set up baseline standards that work towards solving security requirements and expand services into new areas like terrorism.

A blue print is required:

We need to establish a baseline understanding that we are going to have assured access to commercial satellite communications.

One problem with commercial satellite operators is this unwieldy gaggle of entities that we have to deal with at the various satellite companies.

The emphasis is on streamlining procedures to act as a catalyst to the security to increase its use of commercial SATCOMS end-user terminals and transponder time.

In addition to better procurement procedures, there has been a growing emphasis on reliability of product-basically if it is found to be unreliable, is not worth procuring, since lives can literally be at stake.

Given the current war climate, more efficiency within the procurement cycle among the satellite equipment and services providers will be paramount. SATCOM professionals are by this means urging those government officials in charge of procurement to tighten the noose on current leniency measures offered to the contractors. We are promoting an acquisition policy environment that fosters efficiency, flexibility, creativity and innovation when approaching the bidding, contracting and use of commercial satellite services.

The question is what is the number of security requirements that the commercial SATCOM sector can meet in order to make the security/commercial purchasing process easier some of these include:

  • Setting up single capacity arrangements whereby the security is enabled to lease spares and excess capacity quickly and hardware that is easy to use
  • More reliability and maintainability of end-user equipment
  • Commercial spectrum support on issues nationally and internationally
  • Transition to new technologies as new innovations and efficiencies are offered by the commercial sector
  • Both the security establishment as well as commercial satellite communication operators can benefit from a firmer partnership in the future as it relates to infrastructure changes and service upgrades. One such upgrade/change can now be seen within the arena of fighting terrorism.
  • Who is going to pay for better security:

When it comes to the war on terror one thing is for certain: satellite must be reliable and robust enough to protect vested interests. Satellite can provide reliable telecom channels and distribute time-critical data fast.

But even though the government recognizes the integral role satellites play in fighting the war on terror, some on the commercial side say more is needed from the military side. On a broader scale, any safeguards installed to enhance national security will end up improving all aspects of life.

The caveat, however, is that the space & satellite industry cannot pay for all of this itself. Now, while there is a push from the commercial sector for the military to become a more lucrative customer, counting on the government to be a business saving cash cow is not a smart strategy. So what should space & satellite companies do?

One option is to convince state and local governments to band together into buying consortium, so they are big enough to purchase satellite services.

Another option is to convince these same levels of government to start using mobile satellite system services [MSS], so they can integrate them into their day-to-day lives. This is the most powerful option as it charts the way for the future all over the world. SSPI Nigeria is standing by to lend a hand in this respect.

  • Further educating the security sector:

The commercial satellite industry is, however, steading gaining ground in terms of increasing the awareness of key decision makers both in the federal government and in the local government sector of the significant role that satellites can play in combating terror still, much needs to be done in getting the message out and understood by those who make the procurement decisions.

SSPI NIGERIA will be doing a lot more in terms of outreach and education this year. It is important that this knowledge about satellite technology be widely understood by personnel at local and regional government levels. We see local officials nationwide as shackled by a lack of SATCOM expertise and overwhelmed by all the unsolicited proposals they have piled on their desk.

The problem is a relatively uneducated community in need of a course in satellite 101 which covers hubs, remote and space segment mapped to a terrestrial infrastructure with mobile outreach capabilities.

What is going to work here? The public safety community is swamped by the range of capabilities and thus is finding it hard if not impossible to answer this question.

Because of the importance of the space & satellite industry to our nation, we recommend that steps be taken to promote appropriate revisions to existing policy and the development of new policy regarding security offered by satellite systems, to ensure that federal agencies appropriately address the use of commercial satellites, including the sensitivity of information, security techniques and enforcement mechanisms.

In addition, we are recommending that commercial satellites be identified as critical infrastructure sector [or as part of an already identified critical infrastructure sector]in the national critical infrastructure strategy, to help ensure these assets are protected from unauthorized access and disruption.

We assert that satellite specific language is inserted into the ongoing legislation revisions on the current policy regarding security offered by satellite.

In fact, language scripted within new guidelines need to put more emphasis on describing the user needs in terms of capabilities rather than technical or engineering parameters and providing an opportunity for mid-phase assessment of design maturity by adding a review segment to the project process.

Whatever the future brings, one thing will remain certain: commercial satellite technology and service will continue to play an integral part in government operations. Making the process more streamslined and efficient from bidding to actual service, however, is where near-term emphasis will remain.

In addition to establishing a working business baseline of procedures, there are some specific needs that must be fulfilled.

Given the current global war/polices climate, the security need to increase its space segments procurements.

We really need to know where we are going when it comes to communication oversight and any coordination of space & satellite communications. This remain to be seen. We want language that signals the government wants agencies like NEMA to quickly stream line and simplify any and all resource acquisition procedures for the states. Making interoperable communications gear available-including satellite gear need to be a high priority.

Limited state budgets in many instances simply do not allow for any widespread implementation of satellite technology. Will the threat of bioterrorism and nuclear devices alter this situation? Will an office of emergency satellite communications be created? Or will the existing set of plans overseen as part of the national communications system suffice?

Avoiding any unnecessary and burdensome expansion of infrastructure is priority as well. The real objective is meeting the critical communications needs of the end-users, whether we are talking about first responders, emergency management coordinators or the general public.

Note that emergency SATCOM is not an exotic solution. It should be available for instantaneous use in every state and its local governments.

Remember that we are into a new era of quick response modes, often greatly enhanced by commercial communications satellite technology.

There are three areas where commercial SATCOM technology can significantly play a role: communications, remote sensing and data information services such as weather.

Ubiquitous satellite communications and unlimited bandwidth seemed the destiny of the world.

In addition to widening the bandwidth for security customers, informational satellite image produced by the commercial imaging companies is yet another venue where stronger security/commercial synergies can prove profitable.

The security sector in terms of geospatial and imagery information products and services is growing. The key driver in the budget growth right now is the commercial remote sensing industry coming online.

The Future:

The appropriate role of the government in facilitating commercial space businesses naturally is an ongoing debate. Whether the debate more closely focuses on enhanced communications secure-specific satellite programs or intelligence, surveillance and reconnaissance (ISR) information products remains to be seen.

Therefore,

I believe that the security and the commercial satellite communications arena are linked together at the hip during our lifetimes

However, commercial satellite will always have that reach-back capability that is vital for successful communications.

It is a good thing that the federal government recently launched military coordination center at Abuja. The ICT in place is satellite-based.

But we have always focused attention at the federal level.

WHAT ABOUT THE STATES AND THE LOCAL GOVERNMENT LEVELS?

A lot still remains to be done at these levels. This is the time to act to create that required national awareness at the grassroot level. 

IF THE PRESIDENT’S NATIONAL SECURITY TELECOMMUNICATIONS ADVISORY COMMITTEE IS FORMULATING ANYTHING RESEMBLING A SATELLITE SPECIFIC AGENDA (NOT JUST BY ESTABLISHING A CO-ORDINATION CENTER) WE HAVE YET TO DETECT IT. A LOT OF ARROWS ARE POINTING IN THE DIRECTION OF A MORE INTEGRATED APPROACH TO EMERGENCY SATCOM.

 


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E-Business

Nigerian Terra Industries Secures $11.8m for Expansion

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Terra Industries, a Nigerian defence technology startup, has raised $11.75 million to expand its development of defensive systems that protect critical facilities across Africa.

The fundraising round was led by Silicon Valley venture firm 8VC, which was founded by Palantir co-founder Joe Lonsdale.

Other investors in the round include Valour Equity Partners, Lux Capital, SV Angel, and Nova Global, as well as African-focused funds Tofino Capital, Kaleo Ventures, and DFS Lab.

Terra Industries, founded in Abuja by Nathan Nwachuku and Maxwell Maduka, provides multi-domain security solutions for both air and land. Its solutions are intended to detect and respond to threats including terrorism, sabotage, and armed attacks on infrastructure.

The company’s product portfolio includes surveillance drones, ground-based robotic systems, and fixed monitoring towers deployed around sensitive locations.

Co-founder and CEO Nathan Nwachuku said the company has now fully embraced its identity as a defence-focused startup, citing the growing urgency of security challenges across Africa.

He said safeguarding critical infrastructure from terrorist threats has become unavoidable.

Nwachuku argues that protecting Africa’s infrastructure requires a different approach, one that combines local manufacturing, end-to-end system control, and software capable of independently identifying and responding to threats over large areas.

The company aims to position itself as a defence prime, similar to the role played by firms such as Anduril Industries and Palantir in the United States.

Nwachuku also disclosed that the company had earlier raised $800,000 in pre-seed funding.

With the new funding, Terra plans to increase manufacturing capacity within Africa, establish additional defence production facilities, and expand its artificial intelligence and software teams.

While software offices are planned for San Francisco and London, the company said manufacturing operations will remain on the continent.

 


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Cybersecurity Firm Warns Telecom Threats from 2025 will Carry into 2026 as New Technology Adds New Risk

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Kaspersky Security Bulletin reviews what shaped telecom cybersecurity in 2025 and what is likely to persist in 2026. Advanced Persistent Threat (APT) activity, supply-chain compromise, DDoS disruption and SIM-enabled fraud continued to pressure operators in 2025, while newer technology deployments introduce additional operational risk.

In 2025, telecom operators faced four broad threat categories. Targeted intrusions (APTs) continued to focus on gaining stealthy access to operator environments for long-term espionage and leverage through privileged network positioning.

Supply chain vulnerabilities remained an entry point: telecom ecosystems rely on many vendors, contractors and tightly integrated platforms, so weaknesses in widely used software and services can provide a path into operator networks. Finally, DDoS remained a practical availability and capacity problem.

Kaspersky Security Network showed that last year, between November 2024 and October 2025, 12,79% of users in the telecommunications sector encountered web threats and 20,76% faced on-device threats. 9,86% of telecom organisations worldwide experienced ransomware.

At the same time, the telecommunications sector is moving from rapid technological development to broad implementation — and the report argues that this shift creates new opportunities and new operational risks for 2026.

Kaspersky highlights three areas where technology transitions could introduce disruption if rolled out unevenly or without strong controls: AI-assisted network management, where automation can amplify configuration errors or act on misleading data; post-quantum cryptography transitions, where rushed deployment of hybrid and post-quantum approaches could cause interoperability and performance issues across IT, management and interconnect environments; and 5G-to-satellite integration (NTN), where expanding service footprints and partner dependencies introduce new integration points and potential failure modes.

“The threats that dominated 2025 — APT campaigns, supply chain attacks, DDoS floods — aren’t going away. But now they intersect with operational risks from AI automation, quantum-ready cryptography, and satellite integration.

Telecom operators need visibility across both dimensions: maintaining strong defences against known threats while building security into these new technologies from day one. The key is continuous threat intelligence that spans from endpoint to edge to orbit,” said Leonid Bezvershenko, senior security researcher at Kaspersky Global Research & Analysis Team.

 


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Study Reveals 88.5% of Phishing Attacks Focus on Stealing Account Credentials

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Kaspersky analysed phishing and scam campaigns observed from January through September 2025 and found that 88.5% of attacks globally sought credentials for various online accounts.

Another 9.5% targeted personal data such as names, addresses, and dates of birth, while 2% focused on bank card details.

According to data from Kaspersky, over 38 million phishing links were clicked in Africa in the previous year (from November 2024 to October 2025) – all of which were detected and blocked by Kaspersky solutions.

Not everyone uses protective solutions on their devices however, and phishing remains one of the most prevalent cyber threats, with attackers luring users to fake websites where they unwittingly surrender their login credentials, personal information, or bank card details.

Kaspersky research shows that most phishing pages transmit stolen information via email, Telegram bots, or attacker-controlled panels, before it enters underground resale channels.

Data stolen through phishing is rarely used only once: credentials from multiple campaigns are consolidated into data dumps and sold on dark web markets, in some cases for as little as $50. Buyers sort and verify the data to check whether accounts remain active and reusable across different services.

According to Kaspersky Digital Footprint Intelligence, average 2025 prices ranged from $0.90 for global Internet portals to $105 for crypto platforms and $350 for online banking access. Personal documents such as passports or ID cards sold for about $15 on average, with pricing influenced by account age, balance, linked payment methods, and security settings.

As datasets are enriched and combined, attackers can build detailed digital profiles that may later support targeted attacks on executives, finance staff, IT-administrators or individuals with valuable assets or personal documents.

“Our analysis shows that credentials account for nearly 90% of phishing attempts. Once collected, logins, passwords, phone numbers, and personal details are aggregated, checked, and resold, sometimes years after the initial theft.

Combined with new information, even old credentials can enable account takeovers and targeted attacks against both individuals and organisations.

By leveraging open-source intelligence and old breach data, attackers can craft highly personalised scams, turning one-time victims into long-term targets for identity theft, blackmail, or financial fraud,” said Olga Altukhova, senior web content analyst at Kaspersky.


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