Trump blames Obama for not preventing 2016 hacking attack
Washington, July 15 : US President Donald Trump blamed his predecessor, Barack Obama, on Saturday for not taking action to prevent the alleged Russian hacking attack into the computer networks of Hillary Clinton's campaign and the Democratic National Committee (DNC) during the 2016 presidential election.
On Friday, a Grand Jury indicted 12 Russian intelligence officers for participating in efforts to infiltrate those computer networks to obtain damaging information about Clinton and the DNC, which was then dumped online, Efe reported.
"The stories you heard about the 12 Russians yesterday took place during the Obama Administration, not the Trump Administration," Trump said on Twitter.
This is the first time that the president has commented on the indictments presented Friday by Robert Mueller, the special counsel who is investigating whether the Trump campaign colluded with the Kremlin.
"Why didn't they do something about it, especially when it was reported that President Obama was informed by the FBI in September, before the Election?" Trump said.
The accused hackers allegedly spread computer viruses through the email accounts of DNC and Clinton campaign staffers and volunteers, obtaining passwords that allowed them to access information.
The hackers then reportedly posed as US activists and used Facebook and Twitter to spread the information they obtained.
The Russian government has repeatedly denied that it had any role in the DNC and Clinton campaign hacking.
Trump will meet with Russian President Vladimir Putin for a bilateral summit on July 16 in Helsinki, in which the two leaders are expected to discuss the conflicts in Syria and Ukraine, arms control, and Russia's suspected meddling in the 2016 US election.
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Mission operations key to space success: ISRO chief Narayanan
Bengaluru, Apr 8 (PTI): ISRO Chairman V Narayanan on Wednesday highlighted the importance of mission operations in ensuring success, calling it key to India’s expanding space programme.
He was addressing a gathering of scientists, industry experts, and students at the three-day international conference on Spacecraft Mission Operations (SMOPS-2026), themed 'Innovative Operations for Smart and Sustainable Space Mission Management–Next Generation'.
"Mission operations are crucial, especially for long-duration ones. This is an important domain," Narayanan said.
Welcoming delegates from leading global space agencies, including Roscosmos, the Japan Aerospace Exploration Agency (JAXA), the European Space Agency (ESA), and the French space agency, Centre National d'Études Spatiales (CNES), the ISRO chief said the conference marked a significant milestone, as it brought together international expertise, startups, and the broader space ecosystem on a common platform.
"This is not just another conference—it is quite a major global gathering with participation from many countries, experts, startups, and ecosystem partners," he said.
Narayanan pointed to the successful Chandrayaan-3 mission, noting that the "historic landing" near the Moon’s south pole was the outcome of sustained teamwork and operational precision.
He credited the leadership and continuous involvement of senior scientists in mission control, saying their contribution remained indispensable during key phases.
The ISRO chief also recalled the challenges faced after the Chandrayaan-2 mission and said the subsequent success demonstrated India’s technological resilience.
"After the partial setback of Chandrayaan-2, Chandrayaan-3 had to be perfect," he said, adding that the achievement had earned global recognition.
Tracing the evolution of India’s space programme since its inception in 1962, Narayanan said the country has accomplished a wide spectrum of missions spanning launch vehicles, scientific exploration, and satellite operations.
He added that while rockets operate for a brief duration, spacecraft require continuous monitoring and control over several years.
"While a rocket functions only for about 15 to 25 minutes, it must generate tremendous energy to place the spacecraft into orbit. However, the spacecraft itself must operate for years—sometimes from two to 15 years," he said.
The ISRO chairman said even minor errors in command execution could jeopardise an entire mission, and commended engineers, software teams, and planners for their role in sustaining mission health.
Narayanan stressed the importance of emerging technologies such as artificial intelligence and cloud-based systems in transforming mission operations.
He also cited key milestones achieved since the previous conference, including space docking experiments, the Chandrayaan-3 mission, and the Aditya-L1 solar mission, noting that each required advanced operational strategies.
On human spaceflight, he described the Gaganyaan programme as a "defining step" for India’s ambitions.
He added that preparations were progressing towards the first uncrewed mission.
Speaking to reporters later, Narayanan reiterated the long-term nature of mission operations and its significance across mission lifecycles.
"A launch vehicle works only for about 20 to 25 minutes, but mission operations must continue for a long time," he added.
Narayanan explained that communication satellites require continuous monitoring for up to 15 years, while interplanetary missions demand sustained operational control over several months.
He said the SMOPS-2026 conference would focus extensively on advancements in this domain.
"Around 400-plus papers will be presented and discussed. This will be useful for the student community, startup companies, and engineers working in this field," the ISRO chief said.
Responding to queries on the Gaganyaan programme timeline, Narayanan said ISRO was proceeding in a phased manner.
"Before proceeding with the crewed mission, three uncrewed missions are planned. At present, we are working on the first uncrewed mission," he said.
Narayanan said further details would be announced at an appropriate time. On the challenges involved, he pointed to the complexities of developing human-rated systems and integrating numerous technologies.
"We have to human-rate the launch vehicle. There are also many new developments involved, such as the crew escape system, environmental control and life-support systems, and the interface between humans, machines, and software," he said.
Narayanan described the programme as a "coordinated national effort" involving multiple laboratories.
When asked about the procurement of critical systems, he said, "The process is underway."
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